No. Atômico No. Atômicoe Massa atômica e Massa atômica massa molecularelemento NA MA elemento NA MA composto MM

Al 13 26.98 K 19 39.10 Al2O3 101.96Ag 47 107.87 Mg 12 24.31 CaCO3 100.09Ar 18 39.95 Mn 25 54.94 CaO 56.08As 33 74.92 Mo 42 95.94 CaS 72.14Au 79 196.97 N 7 14.01 CO 28.01B 5 10.81 Na 11 22.99 CO2 44.01

Ba 56 137.34 Nb 41 92.91 FeO 71.85Be 4 9.01 Ni 28 58.71 Fe2O3 159.70Bi 83 208.98 O 8 16.00 Fe3O4 231.55C 6 12.01 P 15 30.97 H2 2.02

Ca 20 40.08 Pb 82 207.19 H2O 18.02Cd 48 112.40 S 16 32.06 MgCO3 84.32Ce 58 140.12 Sb 51 121.75 MgO 40.31Cl 17 35.45 Si 14 28.09 MnO 70.94Co 27 58.93 Sn 50 118.69 MnO2 86.94Cr 24 52.00 Ti 22 47.90 N2 28.02Cu 29 63.55 V 23 50.94 O2 32.00F 9 19.00 W 74 183.85 P2O5 141.94

Fe 26 55.85 Zn 30 65.37 PbO 166.59H 1 1.01 Zr 40 91.22 PbS 98.84

SO2 64.06SiO2 60.09ZnO 81.37ZnS 97.43

Formula Descr. NameAg (c,l,g) Silver 107.87 10.5 0Ag2CO3 (c) Silver Carbonate 275.75 6.077 -120880Ag2O (c) Disilver Oxide 231.74 7.14 -7420Ag2S (c,l) Disilver Sulfide Acanthite/Ar 247.80 7.32 -7400Ag2SO4 (c,l) Disilver Sulfate 311.80 5.45 -171040AgBr (c,l) Silver Bromide Bromargyrite 187.77 6.473 -24038AgCl (c,l) Silver Chloride Chlorargyrite 143.32 5.56 -30370AgI (c,l) Silver Iodide Iodargyrite 234.77 5.683 -14780AgNO3 (c,l) Silver Nitrate 169.87 4.352 -29730Al (c,l,g) Aluminum 26.98 2.7 0Al(OH)2 (g) Aluminum Dihydroxide 61.00 0.00249 -153606Al(OH)3 (gib) Aluminum Trihydroxide Gibbsite 78.00 2.42 -309110Al2(SO4)3 (c) Aluminum Sulfate 342.15 2.71 -822620Al2Cl6 (g) Aluminum Dichloride dimer 266.68 0.0109 -309690Al2I6 (g) Aluminum Iodide 815.39 0.0333 -117000Al2O (g) Dialuminum Monoxide 69.96 0.00286 -34700Al2O2 (g) Aluminum Oxide dimer 85.96 0.00352 -94300Al2O3 (a,l) Aluminum Oxide Corundum 101.96 3.965 -400500Al2SiO5 (a) Aluminum Silicate Andalusite 162.05 3.16 -619100Al2SiO5 (k) Aluminum Silicate Kyanite 162.05 3.25 -620000Al2SiO5 (c) Aluminum Silicate Sillimanite 162.05 3.23 -618500Al2TiO5 (c) Aluminum Titanate Tialite 181.84 3.62 -620600Al4C3 (c) Aluminum Carbide 143.96 2.36 -49900Al6Si2O13 (c) Trialuminum Disilicate Mullite 426.05 3.23 -1632800AlB12 (c) Aluminum Dodecaboride 156.71 2.55 -48000AlC2 (g) Aluminum Dicarbide 51.00 0.00209 163862AlCl (g) Aluminum Chloride 62.43 0.00255 -12300AlCl2 (g) Aluminum Dichloride 97.89 0.004 -67000AlCl3 (c,l) Aluminum Trichloride 133.34 2.44 -168650AlCl3 (g) Aluminum Trichloride 133.34 0.00545 -139720AlN (c) Aluminum Nitride 40.99 3.26 -75600AlO (g) Aluminum Monoxide 42.98 0.00176 16000AlO(OH) (boeh) Aluminum Hydroxide Boehmite 59.99 3.01 -236720AlO(OH) (dias) Aluminum Hydroxide Diaspore 59.99 3.03 -238880AlOCl (g) Aluminum Oxychloride 78.43 0.00321 -83200AlOCl (c) Aluminum Oxychloride 78.43 2.34 -189200AlOH (g) Aluminum Hydroxide 43.99 0.0018 -43000Ar (g) Argon 39.95 0.00163 0As (c,g) Arsenic 74.92 5.72 0As2 (g) Arsenic dimer 149.84 0.00613 52820As2O3 (cubic) Arsenic Sesquioxide Arsenolite 197.84 3.738 -157020As2O3 (mono) Arsenic Sesquioxide Claudetite 197.84 4.2 -156500As2O5 (c) Arsenic Pentaoxide 229.84 4.32 -221050As2S2 (c,l) Arsenic Disulfide 213.98 3.43 -34000As2S3 (orp,l) Arsenic Trisulfide Orpiment 246.04 3.43 -21890As2S3 (vitr.,l) Arsenic Trisulfide 246.04 3.4 -16630As4O6 (g) Arsenic Trioxide dimer 395.68 0.01618 -285910As4S4 (b,l) Arsenic Sulfide Realgar 427.95 3.506 -32200As4S4 (g) Arsenic Sulfide tetramer 427.95 0.0175 -500AsH3 (g) Arsenic Trihydride Arsine 77.95 0.00319 15880

Mineral

Name

massa

molecular

Dens.

(298K)

DHo

(298K)

cal/mol

AsS (g) Arsenic Sulfide 106.99 0.00438 45200Au (c,l,g) Gold 196.97 19.31 0Au (g) Gold 196.97 0.00806 87500B (b,l) Boron 10.81 2.34 0B (g) Boron 10.81 0.00044 132800B2C (g) Diboron Carbide 33.63 0.00138 186300B2Cl4 (g) Diboron Tetrachloride 163.43 0.00668 -117200B2F4 (g) Diboron Tetrafluoride 97.62 0.00399 -344200B2H6 (g) Boron Trihydride dimer 27.67 0.00113 9800B2O (g) Diboron Oxide 37.62 0.00154 23000B2O3 (amorph) Boron Oxide 69.62 1.812 -299840B2O3 (c,l) Boron Oxide 69.62 2.46 -304370B4C (c,l) Tetraboron Carbide 55.26 2.52 -17000BI (g) Boron Monoiodide 137.72 0.00563 73000BI2 (g) Boron Diiodide 264.62 0.01082 58000BI3 (g) Boron Triiodide 391.52 0.01601 17000BN (hex) Boron Nitride 24.82 2.25 -60800Ba (c,l) Barium 137.33 3.5 0Ba (g) Barium 137.33 0.00562 43000Ba(NO3)2 (c) Barium Nitrate Nitrobarite 261.34 3.24 -237110Ba(OH)2 (c,l) Barium Hydroxide 171.34 2.18 -226170Ba2SiO4 (c) Dibarium Silicate 366.74 2.622 -546800Ba2TiO4 (c) Dibarium Titanate 386.53 5.195 -536100Ba3N2 (c) Barium Nitride 439.99 4.783 -86800BaAl2O4 (c) Barium Aluminate 255.29 3.75 -552400BaBr (g) Barium Bromide 217.23 0.00888 -26400BaBr2 (c,l) Barium Dibromide 297.14 4.781 -181000BaBr2 (g) Barium Dibromide 297.14 0.01215 -105000BaC2 (c) Barium Carbide 161.35 3.75 -18000BaCO3 (c) Barium Carbonate Witherite 197.34 4.43 -289384BaCl (g) Barium Monochloride 172.78 0.00707 -34000BaCl2 (c,l) Barium Dichloride 208.23 3.856 -205200BaCl2 (g) Barium Dichloride 208.23 0.00852 -119200BaFe2O4 (c) Barium Ferrate 313.02 4.79 -306000BaO (c) Barium Oxide 153.33 5.72 -130980BaO (g) Barium Oxide 153.33 0.00627 -29600BaS (c) Barium Sulfide 169.39 4.25 -110800BaSO4 (c) Barium Sulfate Barite 233.39 4.5 -352200BaTiO3 (c) Barium Titanate 233.21 6.017 -396700Be (c,l,g) Beryllium 9.01 1.85 0Be(OH)2 (amorph,) Beryllium Hydroxide Behoite 43.03 ** -215800Be(OH)2 (c) Beryllium Hydroxide Behoite 43.03 ** -255750BeCO3 (c) Beryllium Carbonate 69.02 ** -250000BeCl (g) Beryllium Monochloride 44.46 0.00182 14500BeCl2 (a,l) Beryllium Dichloride 79.92 1.899 -117200BeCl2 (b,a,l) Beryllium Dichloride 79.92 1.899 -118500BeCl2 (g) Beryllium Dichloride 79.92 0.00327 -86100BeS (c) Beryllium Sulfide 41.08 2.36 -56000BeSO4 (c) Beryllium Sulfate 105.08 2.443 -287080BeWO4 (c) Beryllium Tungstate 256.85 ** -361700Bi (c,l,g) Bismuth 208.98 9.8 0Bi (g) Bismuth 208.98 0.00855 49500Bi2O (bent,g) Bismuth Oxide 433.96 0.01775 26800Bi2O (linear,g) Bismuth Oxide 433.96 0.01775 21700

Bi2O3 (c,l) Bismuth Trioxide Bismite 465.96 8.55 -137160BiF3 (c,l) Bismuth Trifluoride Gananite 265.98 5.32 -217300BiF3 (g) Bismuth Trifluoride 265.98 0.01088 -169200BiI3 (c,l) Bismuth Triiodide 589.69 5.778 -36000BiI3 (g) Bismuth Triiodide 589.69 0.02412 -3900BiO (g) Bismuth Monoxide 224.98 0.0092 29200BiS (g) Bismuth Monosulfide Nevskite 241.05 0.00986 40800Br (g) Bromine 79.90 0.00327 26735Br2 (l,g) Bromine dimer 159.81 3.12 0BrCl (g) Bromine Chloride 115.36 0.00472 3500BrF (g) Bromine Monofluoride 98.90 0.00405 -14000BrF3 (g) Bromine Trifluoride 136.90 0.00274 -61100BrF5 (g) Bromine Pentafluoride 174.90 0.00715 -102500C (diam) Carbon Diamond 12.01 3.51 453C (graph) Carbon Graphite 12.01 2.25 0C2 (g) Carbon dimer 24.02 0.00098 200200C2Cl2 (g) Carbon Chloride dimer 94.93 0.00388 50100C2Cl4 (g) Dicarbon Tetrachloride 165.83 0.00678 -2970C2Cl6 (g) Dicarbon Hexachloride 236.74 0.00968 -32080C2F2 (g) Carbon Fluoride dimer 62.02 0.00254 5000C2F4 (g) Dicarbon Tatrafluoride 100.02 0.00409 -157400C2F6 (g) Dicarbon Hexafluoride 138.01 0.00564 -321200C2H2 (g) Carbon Hydride dimer (acetylene) 26.04 0.00106 54190C2H4 (g) Dicarbon Tetrahydride (ethene) 28.05 0.00115 12540C2H6 (g) Carbon Trihydride dimer (ethane) 30.07 0.00123 -20240C2N2 (g) Carbon Nitride dimer 52.04 0.00213 73870C3H8 (g) Propane 44.10 0.0018 -24820C6H6 (g) Carbon Hydride hexamer (benzene) 78.11 0.00319 19820CCl (g) Carbon Monochloride 47.46 0.00194 120000CCl2 (g) Carbon Dichloride 82.92 0.00339 57000CCl3 (g) Carbon Trichloride 118.37 0.00484 19000CCl4 (g) Carbon Tetrachloride 153.82 0.00629 -24600CH (g) Carbon Monohydride 13.02 0.00053 142000CH2 (g) Carbon Dihydride 14.03 0.00057 92350CH3 (g) Carbon Trihydride 15.03 0.00062 34820CH4 (g) Carbon Tetrahydride Methane 16.04 0.00066 -17880CI4 (g) Carbon Tetraiodide 519.63 0.02125 62840CN (g) Carbon Nitride 26.02 0.00106 109000CO (g) Carbon Monoxide 28.01 0.00115 -26417CO2 (g) Carbon Dioxide 44.01 0.0018 -94051COCl2 (g) Carbon Oxychloride 98.92 0.00405 -52600COF2 (g) Carbon Oxyfluoride 66.01 0.00192 -152700COS (g) Carbon Oxysulfide 60.08 0.00246 -33870CS2 (g) Carbon Disulfide 76.14 0.00311 27950Ca (c,l,g) Calcium 40.08 1.55 0Ca(NO3)2 (c) Calcium Nitrate 164.09 2.504 -224280Ca(OH)2 (c) Calcium Hydroxide Portlandite 74.09 2.24 -235680Ca2 (g) Calcium dimer 80.16 0.00329 82660Ca2Fe2O5 (c,l) Calcium Ferrite Srebrodolski 271.85 ** -512040Ca2P2O7 (c,l) Calcium Pyrophosphate 254.10 3.09 -798000Ca2SiO4 (c,a',a) Dicalcium Orthosilicate Larnite/ Bred 172.24 3.27 -554000Ca3(PO4)2 (c) Tricalcium Orthophosphate Whitlockite 310.18 3.14 -984900Ca3Al2O6 (c) Tricalcium Aluminate 270.19 3.038 -857500Ca3N2 (c) Calcium Nitride 148.25 2.63 -103000

Ca3Si2O7 (c) Tricalcium Disilicate Rankinite 288.40 2.998 -949600Ca3SiO5 (c) Tricalcium Silicate Haturite/Alite 228.32 3.015 -701040CaAl2O4 (c) Calcium Aluminate 158.04 2.981 -556000CaC2 (c) Calcium Carbide 64.10 2.22 -14300CaCO3 (arag) Calcium Carbonate Aragonite 100.09 2.93 -288660CaCO3 (calcite) Calcium Carbonate Calcite 100.09 2.71 -288610CaCl (g) Calcium Monochloride 75.53 0.00309 -23400CaCl2 (c,l) Calcium Chloride Hydrophilite 110.98 2.15 -190200CaCl2 (g) Calcium Chloride 110.98 0.00454 -112700CaF (g) Calcium Monofluoride 59.08 0.00242 -65000CaF2 (c,l) Calcium Fluoride Fluorite 78.07 3.18 -293800CaF2 (g) Calcium Fluoride 78.07 0.00319 -189100CaFe2O4 (c,l) Calcium Ferrate 215.77 4.805 -363370CaO (c) Calcium Oxide Lime 56.08 3.25 -151790CaO (g) Calcium Oxide 56.08 0.00229 10500CaS (c) Calcium Sulfide Oldhamite 72.14 2.5 -113100CaSO3 (c) Calcium Sulfite 120.14 ** -277000CaSO4 (a,c) Calcium Sulfate Anhydrite 136.14 2.96 -340720CaSO4 (b,c) Calcium Sulfate 136.14 2.61 -339660CaSO4 (i,c) Calcium Sulfate 136.14 ** -342840CaSiO3 (pw) Calcium Metasilicate Pseudowollas 116.16 2.905 -389220CaSiO3 (woll) Calcium Metasilicate Wollastonite 116.16 2.5 -390690CaTiO3 (c) Calcium Metatitanate Perovskite 135.96 4.1 -396900Cd (c,l,g) Cadmium 112.41 8.65 0Cd (g) Cadmium 112.41 0.0046 26730CdCl2 (c,l) Cadmium Chloride 183.32 4.047 -93570CdO (c) Cadmium Oxide Monteponite 128.41 8.15 -61700CdO (g) Cadmium Oxide 128.41 0.00525 30000CdS (c) Cadmium Sulfide Greenockite 144.48 4.82 -35700CdSO4 (c) Cadmium Sulfate 208.47 4.691 -223100Ce (c,l) Cerium 140.12 6.78 0Ce (g) Cerium 140.12 0.00573 101000Ce2C3 (c) Cerium Tricarbide 316.26 6.967 -42200Ce2O3 (c) Cerium Oxide 328.23 6.86 -429300Ce2S3 (c) Cerium Sulfide 376.43 5.02 -284000CeO2 (c) Cerium Dioxide Cerianite 172.11 7.216 -260200Cl (g) Chlorine 35.45 0.00145 28992Cl2 (g) Chlorine dimer 70.91 0.0029 0Cl2O (g) Dichlorine Monoxide 86.90 0.00355 19200ClO (g) Chlorine Monoxide 51.45 0.0021 24340Co (c,l,g) Cobalt 58.93 8.9 0Co (g) Cobalt 58.93 0.00241 101500Co2SiO4 (c) Cobalt Orthosilicate Cobalt-Olivin 209.95 4.63 -337400Co3O4 (c) Cobalt Oxide 240.80 6.07 -219600Co3S4 (c) Cobalt Sulfide Linnacite 305.06 4.86 -85800CoO (c) Cobalt Oxide 74.93 6.45 -56870CoS.89 (c) Cobalt Sulfide 87.47 ** -50630CoS2 (c) Cobalt Disulfide Cattierite 123.07 4.269 -36600CoSO4 (c) Cobalt Sulfate 155.00 3.71 -212300Cr (c,l,g) Chromium 52.00 7.19 0Cr (g) Chromium 52.00 0.00213 95000Cr23C6 (c) Chromium Carbide 1267.98 ** -94700Cr2N (c) Dichromium Nitride 118.00 6.539 -30000Cr2O3 (c) Chromium Sesquioxide Eskolaite 151.99 5.21 -272600

Cr2S3 (c) Chromium Sesquisulfide 200.19 3.77 -81500Cr3C2 (c) Trichomium Dicarbide Tongbaite 180.01 6.68 -22500Cr3Si (c) Chromium Silicide 184.07 5.5 -30000Cr5Si3 (c,l) Pentachromium Trisilicide 344.24 ** -61000Cr7C3 (c) Chromium Carbide 400.01 6.877 -43300CrN (c) Chromium Mononitride Carlsbergite 66.00 5.9 -28000CrO (g) Chromium Monoxide 68.00 0.00278 45000Cs (c,l,g) Cesium 132.91 1.87 0Cs (g) Cesium 132.91 0.00544 18320CsO (g) Cesium Monoxide 148.90 0.00609 15000CsOH (c,l) Cesium Hydroxide 149.91 3.675 -99600CsOH (g) Cesium Hydroxide 149.91 0.00613 -62000CsPO3 (c) Cesium Phosphate 211.88 ** -296700Cu (c,l,g) Copper 63.55 8.96 0Cu(OH)2 (c) Copper Hydroxide Spertinite 97.56 3.368 -105900Cu2O (c,l) Cuprous Oxide Cuprite 143.09 6 -40800Cu2S (c,l) Copper Sulfide Chalcocite 159.16 5.6 -18100Cu2SO4 (c) Cuprous Sulfate 223.16 3.605 -179600Cu2SO5 (c) Copper Oxysulfate (Basic Copper Sulfate 239.16 4.17 -219100CuO (c) Cupric Oxide Tenorite 79.55 6.3 -37200CuO (g) Copper Oxide 79.55 0.00325 58000CuS (c) Copper Sulfide Covellite 95.61 4.6 -13300CuSO4 (c) Copper Sulfate Chalcocyanit 159.61 3.603 -184300F (g) Fluorine 19.00 0.00077 18860F2 (g) Fluorine dimer 38.00 0.00155 0Fe (c,l,g) Iron 55.85 7.86 0Fe.947O (c,l) Ferrous Oxide Non-stoichiomeWustite 68.89 5.72 -63640Fe2(SO4)3 (s) Iron (Ferric) Sulfate 399.88 3.097 -617350Fe2(SO4)3 (c) Iron (Ferric) Sulfate 399.88 3.097 -617100Fe2Cl4 (g) Iron Dichloride dimer 253.50 0.01037 -103100Fe2Cl6 (g) Iron Trichloride dimer 324.41 0.01327 -156500Fe2N (c) Iron Nitride 125.70 6.35 -900Fe2O3 (c) Iron Oxide Hematite 159.69 5.24 -197000Fe2SiO4 (c,l) Iron Silicate Fayalite 203.78 4.14 -353576Fe3C (c) Iron Carbide Cohenite 179.55 7.694 5985Fe3O4 (c,l) Iron Oxide Magnetite 231.54 5.18 -267300Fe3Si (c) Triiron Silicide 195.63 ** -22400Fe4N (c) Iron Nitride Roaldite 237.39 6.57 -2500FeCO3 (c) Iron Carbonate Siderite 115.86 3.8 -177320FeCl (g) Iron Monochloride 91.30 0.00373 60000FeCl2 (c,l) Iron Dichloride Lawrencite 126.75 3.16 -81650FeCl2 (g) Iron Dichloride 126.75 0.00518 -33700FeCl3 (c,l) Iron Trichloride Molysite 162.21 2.904 -95420FeCl3 (g) Iron Trichloride 162.21 0.00663 -60700FeO (c,l) Iron Oxide Wustite 71.85 5.7 -65000FeS (c,l) Iron Monosulfide Troilite 87.91 4.74 -23810FeS2 (mar) Iron Disulfide Marcasite 119.98 4.87 -40000FeS2 (pyr) Iron Disulfide Pyrite 119.98 5 -41000FeSO4 (c) Iron (Ferrous) Sulfate 151.91 ** -222800H (g) Hydrogen 1.01 0.00004 52103H2 (g) Hydrogen dimer 2.02 0.00008 0H2F2 (g) Hydrogen Fluoride dimer 40.01 0.00164 -136870H2O (g) Hydrogen Oxide Steam 18.02 0.00074 -57795H2O2 (g) Hydrogen Peroxide 34.01 0.00014 -32580

H2S (g) Hydrogen Sulfide 34.08 0.00139 -4930H2S2 (g) Hydrogen Sulfide dimer 66.15 0.00271 3760H2SO4 (g) Hydrogen Sulfate 98.08 0.00401 -175700H2SO4 (l) Hydrogen Sulfate Sulfuric Acid 98.08 1.841 -194550HBr (g) Hydrogen Bromide . 80.91 0.00331 -8695HCN (g) Hydrogen Cyanide 27.03 0.0011 32300HCl (g) Hydrogen Chloride 36.46 0.00149 -22063HF (g) Hydrogen Fluoride 20.01 0.00082 -65320HF (l) Hydrogen Fluoride 20.01 0.99 -72586HNO3 (g) Hydrogen Nitrate 63.01 0.00258 -32100HO2 (g) Hydrogen Dioxide 33.01 0.00135 500He (g) Helium 4.00 0.00016 0Hg (l,g) Mercury 200.59 13.53 0Hg (g) Mercury 200.59 0.0082 14670HgF2 (c,l,g) Mercury Difluoride 238.59 8.95 -101000HgF2 (g) Mercury Difluoride 238.59 0.00976 -70190HgO (c) Mercury Oxide Montroydite 216.59 11.1 -21700HgS (r,b) Mercury Sulfide Tiemannite 232.66 8.1 -13000I (g) Iodine 126.90 0.00519 25517I2 (c,l,g) Iodine dimer 253.81 4.93 0I2 (g) Iodine dimer 253.81 0.01038 14919IBr (g) Iodine Bromide 206.81 0.00846 9770ICl (c,l) Iodine Monochloride 162.36 3.1822 -8510ICl (g) Iodine Monochloride 162.36 0.00664 4110In (c,l) Indium 114.82 7.31 0In (g) Indium 114.82 0.0047 58150In2(SO4)3 (c) Indium Sulfate 517.83 3.438 -651340In2Cl6 (g) Indium Trichloride dimer 442.35 0.01809 -211440In2O (g) Indium Suboxide 245.64 0.01005 -10280In2O3 (c) Indium Sesquioxide 277.63 7.179 -221270In2S3 (c) Indium Sesquisulfide 325.83 4.9 -85000InS (c,l) Indium Monosulfide 146.88 5.18 -32000InS (g) Indium Monosulfide 146.88 0.00601 55700InSb (c,l) Indium Antimonide 236.58 7.765 -7300InSe (c,l) Indium Monoselenide 193.78 5.568 -28200InTe (c,l) Indium Monotelluride 242.42 6.29 -17200K (c,l,g) Potassium 39.10 0.86 0K2 (g) Potassium dimer 78.20 0.0032 30374K2(OH)2 (g) Potassium Hydroxide dimer 112.21 0.00459 -156500K2Br2 (g) Potassium Bromide dimer 238.00 0.00973 -129200K2CO3 (c,l) Potassium Carbonate 138.21 2.428 -274900K2Cl2 (g) Potassium Chloride dimer 149.10 0.00609 -147620K2Cr2O7 (c,l) Potassium Dichromate Lopezite 294.18 2.732 -492700K2F2 (g) Potassium Fluoride dimer 116.19 0.00475 -206200K2I2 (g) Potassium Iodide dimer 332.01 0.01358 -100900K2O (c) Potassium Monoxide 94.20 2.32 -81260K2O2 (c) Potassium Peroxide 110.20 ** -118400K2S (c,l) Potassium Monosulfide 110.26 1.805 -97080K2S5 (c,l) Potassium Pentasulfide 238.53 2.271 -112100K2SO4 (c,l) Potassium Sulfate Arcanite 174.26 2.662 -343620K2SO4 (g) Potassium Sulfate 174.26 0.00713 -261500K2Si2O5 (c,l) Potassium Disilicate 214.36 2.456 -599400K2Si2O5 (vit) Potassium Disilicate 214.36 2.474 -594900K2SiO3 (c) Potassium Metasilicate 154.28 ** -363770

KAlO2 (c) Potassium Aluminate 98.08 ** -270000KBr (c,l) Potassium Bromide 119.00 2.75 -94120KBr (g) Potassium Bromide 119.00 0.00487 -43040KCN (c,l) Potassium Cyanide 65.12 1.52 -27120KCN (g) Potassium Cyanide 65.12 0.00267 22200KCl (c,l) Potassium Chloride Sylvite 74.55 1.984 -104390KCl (g) Potassium Chloride 74.55 0.00305 -51180KClO4 (c) Potassium Perchlorate 138.55 2.52 -103430KF (c,l) Potassium Fluoride Carobbiite 58.10 2.48 -135580KF (g) Potassium Fluoride 58.10 0.00238 -77780KH (c) Potassium Hydride 40.11 1.47 -13800KH (g) Potassium Hydride 40.11 0.00164 31400KHF2 (c,l) Potassium Fluoride Acid 78.10 2.37 -221720KI (c,l) Potassium Iodide 166.00 3.13 -78370KI (g) Potassium Iodide 166.00 0.00679 -30000KMnO4 (c) Potassium Permanganate 158.03 2.91 -200100KNO2 (c,l) Potassium Nitrite 85.10 1.915 -87450KNO3 (c,l) Potassium Nitrate Niter 101.10 2.109 -118220KO (g) Potassium Monoxide 55.10 0.00225 17000KO2 (c) Potassium Superoxide 71.10 2.14 -68000KOH (c,l) Potassium Hydroxide 56.11 2.044 -101520KOH (g) Potassium Hydroxide 56.11 0.00229 -54500KS (g) Potassium Monosulfide 71.16 0.00291 26600Li (c,l,g) Lithium 6.94 0.534 0Li2CO3 (c,l) Lithium Carbonate Zabuyelite 73.89 2.11 -290640Li3N (c) Lithium Nitride 34.83 ** -39330Mg (c,l,g) Magnesium 24.31 1.74 0Mg(OH)2 (c) Magnesium Hydroxide Brucite 58.32 2.36 -221100Mg2 (g) Magnesium dimer 48.61 0.00199 68590MgCO3 (c) Magnesium Carbonate Magnesite 84.31 2.958 -266040MgFe2O4 (c) Magnesium Ferrite Magnesioferr 200.00 4.5 -341400MgO (c,l) Magnesium Oxide Periclase 40.30 3.58 -143760MgO (g) Magnesium Oxide 40.30 0.00165 13900MgS (c) Magnesium Sulfide Niningerite 56.37 2.84 -82630MgSO4 (a,l) Magnesium Sulfate 120.37 ** -308030MgSO4 (b,l) Magnesium Sulfate 120.37 2.93 -307110Mn (c,l,g) Manganese 54.94 7.2 0Mn15C4 (c) Manganese Carbide 872.11 7.4 -42000Mn23C6 (c) Manganese Carbide 1335.64 7.48 -58680Mn2O3 (c) Manganese Sesquioxide Bixbyite 157.87 4.5 -229200Mn2SiO4 (c,l) Dimanganese Silicate Tephroite 201.96 4.1 -413600Mn3C (c) Manganese Carbide 176.83 6.89 1100Mn3O4 (a,b) Manganese Oxide 228.81 5.09 -331700Mn3O4 (c) Manganese Oxide Hausmannite 228.81 4.84 -331700Mn7C3 (c) Heptamanganese Tricarbide 420.60 ** -26100MnCO3 (c) Manganese Carbonate Rhodochrosi 114.95 3.125 -212420MnFe2O4 (c) Manganese Ferrite Jacobsite 230.63 5.1 -290000MnO (c) Manganese Monoxide Manganosite 70.94 5.43 -92070MnO2 (c) Manganese Dioxide Pyrolusite 86.94 5.026 -124290MnO2 (c) Manganese Dioxide 86.94 5.189 -124290MnS (c,l) Manganese Monosulfide Alabandite 87.00 3.99 -51200MnSiO3 (c) Manganese Metasilicate Rhodonite 131.02 3.72 -315700Mo (c,l,g) Molybdenum 95.94 10.2 0Mo (g) Molybdenum 95.94 0.00392 157500

Mo(CO)6 (g) Molybdenum Carbonyl 264.00 0.01079 -218900Mo2C (c,l) Dibolybdenum Carbide 203.89 8.9 -11900MoC (gamma) Molybdenum Monocarbide 107.95 8.2 -6800MoN.5 (c) Molybdenum Nitride 102.94 9.688 -9750MoO (g) Molybdenum Monoxide 111.94 0.00459 74321MoO2 (c) Molybdenum Dioxide Tugarinorite 127.94 6.47 -140760MoO2 (g) Molybdenum Dioxide 127.94 0.00523 -1987MoO3 (c,l) Molybdenum Trioxide Molybdite 143.94 4.692 -178080MoO3 (g) Molybdenum Trioxide 143.94 0.00589 -82800MoS2 (c) Molybdenum Disulfide Molybdenite 160.07 4.8 -66000N (g) Nitrogen 14.01 0.000573 112970N2 (g) Nitrogen dimer 28.01 0.001146 0N2O (g) Nitrogen Oxide 44.01 0.0018 19610N2O3 (g) Dinitrogen Trioxide 76.01 0.00311 20010N2O4 (g) Dinitrogen Tetraoxide 92.01 0.00376 2190N2O5 (g) Dinitrogen Pentaoxide 108.01 0.00442 2700NH (g) Nitrogen Monohydride 15.01 0.00061 90000NH2 (g) Nitrogen Dihydride 16.02 0.00065 45500NH3 (g) Nitrogen Trihydride Ammonia 17.03 0.0007 -10980NH4NO3 (c,l) Ammonium Nitrate Ammonia-Nit 80.04 1.725 -87380NO (g) Nitrogen Monoxide 30.01 0.00123 21570NO2 (g) Nitrogen Dioxide 46.01 0.00188 7930NOF3 (g) Nitrosyl Trifluoride 87.00 0.00356 -39000NOI (g) Nitrosyl Iodide 156.91 0.00642 26800NS (g) Nitrogen Sulfide 46.07 0.00188 63300Na (c,l,g) Sodium 22.99 0.97 0Na2CO3 (c,l) Sodium Carbonate Natrite 105.99 2.532 -269880Na2O (c) Sodium Monoxide 61.98 2.27 -99700Na2O2 (c) Sodium Peroxide 77.98 2.805 -122300Na2S (c,l) Sodium Monosulfide 78.05 1.856 -87500Na2SO4 (c,l) Sodium Sulfate Thenardite 142.04 2.68 -331700NaAlO2 (c) Sodium Aluminate 81.97 2.754 -271300NaCl (c,l) Sodium Chloride Halite 58.44 2.165 -98268NaCl (g) Sodium Chloride 58.44 0.00239 -42220NaHCO3 (c) Sodium Hydrogen CarbonateNahcolite 84.01 2.159 -226810NaLiSO4 (c,l) Sodium Lithium Sulfate 125.99 ** -338030NaN3 (c) Sodium Nitride 65.01 ** 5190NaNO2 (c,l) Sodium Nitrite 69.00 2.168 -85720NaNO3 (c,l) Sodium Nitrate Soda-Niter 84.99 2.261 -111820NaO (g) Monosodium Monoxide 38.99 0.00159 20000NaO2 (c) Sodium Dioxide 54.99 ** -62300NaOH (c,l) Sodium Hydroxide Caustic Sod 40.00 2.13 -101720Nb (c,l) Niobium 92.91 8.55 0Nb (g) Niobium 92.91 0.0038 175200NbO (g) Niobium Monoxide 108.91 0.00445 47500NbO2 (c) Niobium Dioxide 124.91 5.9 -190300NbO2 (g) Niobium Dioxide 124.91 0.00511 -47800Ne (g) Neon 20.18 0.00082 0Ni (c,l,g) Nickel 58.69 8.9 0Ni(CO)4 (g) Nickel Carbonyl 170.74 0.00698 -138300Ni3S4 (c) Nickel Sulfide Poydmite 304.34 4.7 -71968NiCl (g) Nickel Monochloride 94.15 0.00385 43000NiCl2 (c,l) Nickel Dichloride 129.60 3.55 -72980NiCl2 (g) Nickel Dichloride 129.60 0.0053 -16800

NiO (c,l) Nickel Monoxide Bunsenite 74.69 6.67 -57300NiO (g) Nickel Monoxide 74.69 0.00306 74000NiS (c,l) Nickel Sulfide Millerite 90.76 5.3 -22100NiS2 (c,l) Nickel Disulfide Vaesite 122.83 4.28 -31400NiSO4 (c) Nickel Sulfate 154.76 3.68 -208710O (g) Oxygen 16.00 0.00065 59554O2 (g) Oxygen dimer 32.00 0.00131 0O3 (g) Oxygen trimer Ozone 48.00 0.00196 34200P (c,l,g) Phosphorus, white 30.97 1.82 0P (g) Phosphorus 30.97 0.00126 75620P (red) Phosphorus 30.97 2.34 -4200P2 (g) Phosphorus dimer 61.95 0.00253 34370P4O10 (c,g) Phosphorus Pentoxide dimer 283.89 2.39 -719400P4O10 (g) Phosphorus Pentoxide dimer 283.89 0.01161 -694100P4O6 (g) Phosphorus Trioxide dimer 219.89 0.00899 -529200P4S10 (c,l) Phosphorus Pentasulfide dimer. 444.56 2.03 -90700P4S3 (c) Phosphorus Sesquisulfide 220.09 2.03 -37000P4S3 (c,l) Phosphorus Sesquisulfide 220.09 2.03 -41100P4S3 (g) Phosphorus Sesquisulfide 220.09 0.009 -35850P4S3 (l) Phosphorus Sesquisulfide 220.09 2.03 -36077PO (g) Phosphorus Monoxide 46.97 0.00192 -5630PO2 (g) Phosphorus Dioxide 62.97 0.00258 -75200Pb (c,l,g) Lead 207.20 11.3437 0Pb (g) Lead 207.20 0.00847 46750Pb2 (g) Lead dimer 414.40 0.01695 79500Pb2O2 (g) Lead Monoxide dimer 446.40 *** -32717Pb2S2 (g) Lead Sulfide dimer 478.53 18128Pb2SO5 (c) Lead Sulfate, monobasic 526.46 -276660Pb2SiO4 (c) Lead Silicate 506.48 6.49 -325800Pb3O3 (g) Lead Monoxide trimer 669.60 -78248Pb3O4 (c) Lead Oxide, red Minium 685.60 9.1 -171770Pb3SO6 (c, a) Lead Sulfate, dibasic 749.66 -328190Pb4O4 (g) Lead Monoxide tetramer 892.80 -139114Pb5O5 (g) Lead Monoxide pentamer 1116.00 -180220Pb5SO8 (c) Lead Sulfate, tetrabasic 1196.06 -437150Pb6O6 (g) Lead Monoxide hexamer 1339.20 -234626PbBr (g) Lead Monobromide 287.10 0.01174 16950PbBr2 (c,l) Lead Dibromide 367.01 6.66 -66600PbBr2 (g) Lead Dibromide 367.01 0.01501 -24950PbBr4 (g) Lead Tetrabromide 526.82 0.02155 -109073PbCl2 (c,l) Lead Dichloride Cotunnite 278.11 5.85 -85900PbO (g) Lead Monoxide 223.20 0.00913 16800PbO (r,y,l) Lead Monoxide, red Litharge 223.20 8 -52340PbO (y,l) Lead Monoxide, yellow Massicot 223.20 8 -51940PbO2 (c) Lead Dioxide Plattnerite 239.20 9.375 -66300PbS (c,l) Lead Sulfide Galena 239.27 7.5 -23500PbS (g) Lead Sulfide 239.27 0.00979 31500PbSO4 (c) Lead Sulfate Anglesite 303.26 6.2 -219870PbSO4 (c, a) Lead Sulfate Anglesite, al 303.26 6.2 -220655Pt (c,l,g) Platinum 195.08 21.45 0PtS (c) Platinum Monosulfide Cooperite 227.15 10.04 -19900PtS2 (c) Platinum Disulfide 259.21 7.66 -26400S (c,l,g) Sulfur 32.07 2.07 0S2 (g) Sulfur dimer 64.13 0.00262 30710

S3 (g) Sulfur trimer 96.20 0.00393 34272S4 (g) Sulfur tetramer 128.26 0.00525 32417S5 (g) Sulfur pentamer 160.33 0.00656 29704S6 (g) Sulfur hexamer 192.40 0.00787 24004S7 (g) Sulfur heptamer 224.46 0.00918 25669S8 (g) Sulfur octamer 256.53 0.01049 23881SO (g) Sulfur Monoxide 48.07 0.00197 1200SO2 (g) Sulfur Dioxide 64.06 0.00262 -70940SO3 (g) Sulfur Trioxide 80.06 0.00352 -94580Sb (c,l,g) Antimony 121.76 6.684 0Sb2O3 (cub,orth,l)Antimony Sesquioxide 291.51 5.67 -172150Sb2O3 (ortho) Antimony Sesquioxide 291.51 5.2 -169400Sb2O4 (c) Antimony Tetroxide 307.51 5.85 -216900Sb2O5 (c) Antimony Pentoxide 323.51 3.8 -232300Sb4 (g) Antimony tetramer 487.03 0.01991 49000Sb4O6 (g) Antimony Trioxide dimer 583.02 0.02384 -290520Se (c,l,g) Selenium 78.96 4.8 0Se (g) Selenium 78.96 0.00323 56250Se2 (g) Selenium dimer 157.92 0.00646 33300Se3 (g) Selenium trimer 236.88 0.00969 42100Se4 (g) Selenium tetramer 315.84 0.01292 43800Se5 (g) Selenium pentamer 394.80 0.01615 33000Se6 (g) Selenium hexamer 473.76 0.01938 32300Se7 (g) Selenium heptamer 552.72 0.02261 34400Se8 (g) Selenium octamer 631.68 0.02584 37000Si (c,l,g) Silicon 28.09 2.33 0Si2 (g) Silicon dimer 56.17 0.0023 141000Si2N (g) Disilicon Mononitride 70.18 0.00287 95000Si2ON2 (c) Silicon Oxynitride 100.18 2.8 -226500Si3 (g) Silicon trimer 84.26 0.00345 152000Si3N4 (a) Silicon Nitride 140.28 3.94 -188300SiC (a,hex) Silicon Carbide 40.10 3.217 -15000SiC (b,cubic) Silicon Carbide Moissanite 40.10 2.654 -15600SiCl (g) Silicon Monochloride 63.54 0.0026 47400SiCl2 (g) Silicon Dichloride 98.99 0.00405 -40300SiCl3 (g) Silicon Trichloride 134.44 0.0055 -93300SiCl4 (g) Silicon Tetrachloride 169.90 0.00695 -158400SiH3 (g) Silicon Trihydride 31.11 0.00127 50038SiH3Cl (g) Silane Monochloride 66.56 0.00272 -32400SiH4 (g) Silicon Tetrahydride 32.12 0.00131 8200SiHCl3 (g) Silane Trichloride 135.45 0.00554 -119300SiO (g) Silicon Monoxide 44.08 0.0018 -23800SiO2 (crist) Silicon Dioxide Cristobalite 60.08 2.32 -217370SiO2 (vitr) Silicon dioxide Silica, Vitreo 60.08 2.19 -214339SiO2 (glass) Silicon Dioxide Silica, Glass 60.08 2.19 -215940SiO2 (qtz) Silicon Dioxide Quartz 60.08 2.635 -217720SiO2 (trid) Silicon Dioxide Tridymite 60.08 2.26 -217270SiO2 (g) Silicon Dioxide 60.08 0.00248 -77000Sn (b,l,g) Tin 118.71 7.3 0Sn2O2 (g) Tin Monoxide dimer 269.42 -59600Sn2S2 (g) Tin Sulfide dimer 301.55 -1372Sn2S3 (c) Tin Sesquisulfide Ottemanite 333.62 4.87 -60800Sn3O3 (g) Tin Monoxide trimer 404.13 -125700Sn4O4 (g) Tin Monoxide tetramer 538.84 -193200

SnCl4 (l,g) Tin Tetrachloride 260.52 2.226 -122200SnO (c) Tin Monoxide Romarehite 134.71 6.446 -68350SnO (g) Tin Monoxide 134.71 0.00551 4500SnO2 (c) Tin Dioxide Cassiterite 150.71 6.95 -138820Ta (c,l,g) Tantalum 180.95 16.6 0Ta (g) Tantalum 180.95 0.0074 186900Ta2C (c) Ditantalum Carbide 373.91 ** -51000Ta2N (c) Ditantalum Nitride 375.90 15.824 -65000Ta2O5 (b) Tantalum Pentoxide Tautite 441.89 8.2 -489000TaB2 (c) Tantalum Diboride 202.57 11.15 -45000TaC (c) Tantalum Carbide 192.96 13.9 -34440TaC (l) Tantalum Carbide 192.96 ** -34440TaN (c) Tantalum Nitride 194.95 16.3 -60100Te (c,l,g) Tellurium 127.60 6 0Te (g) Tellurium 127.60 0.00521 50600Te2 (g) Tellurium dimer 255.20 0.01044 38330TeO (g) Tellurium Monoxide 143.60 0.00587 16500TeO2 (c,l) Tellurium Dioxide Tellurite 159.60 5.67 -77100TeO2 (g) Tellurium Dioxide 159.60 0.00653 -15100Ti (c,l,g) Titanium 47.88 4.5 0TiCl (g) Titanium Monochloride 83.33 0.00341 36900TiCl2 (c,g) Titanium Dichloride 118.79 3.13 -123200TiCl2 (g) Titanium Dichloride 118.79 0.00486 -56700TiCl3 (c) Titanium Trichloride 154.24 2.64 -172300TiCl3 (g) Titanium Trichloride 154.24 0.00631 -129500TiCl4 (g) Titanium Tetrachloride 189.69 0.00776 -182400TiCl4 (l,g) Titanium Tetrachloride 189.69 1.726 -192200TiO (a) Titanium Monoxide Hongquiite 63.88 4.93 -129700TiO (g) Titanium Monoxide 63.88 0.00261 13000TiO2 (anatase) Titanium Dioxide Anatase 79.88 3.84 -224600TiO2 (g) Titanium Dioxide 79.88 0.00327 -73000TiO2 (rutile) Titanium Dioxide Rutile 79.88 4.26 -225670TiOCl (g) Titanium Oxychloride 99.33 0.00406 -58400TiOCl2 (g) Titanium Oxide Dichloride 134.78 0.00551 -160000V (c,l,g) Vanadium 50.94 5.96 0W (c,l) Tungsten 183.84 19.3 0W (g) Tungsten 183.84 0.00752 203400W(CO)6 (g) Tungsten Carbonyl 351.90 0.01439 -211200W2B (c) Ditungsten Boride 378.49 17.094 -16300W2O6 (g) Tungsten Trioxide dimer 463.68 0.01896 -278200W3O8 (g) Tritungsten Octaoxide 679.52 0.02779 -408700W3O9 (g) Tungsten Trioxide trimer 695.51 0.02845 -483600W4O12 (g) Tungsten Trioxide tetramer 927.35 0.03793 -670200WO (g) Tungsten Monoxide 199.84 0.00817 108000WO2 (c) Tungsten Dioxide 215.84 12.11 -140940WO2 (g) Tungsten Dioxide 215.84 0.00883 11000WO3 (c,l) Tungsten Trioxide 231.84 7.16 -201480WO3 (g) Tungsten Trioxide 231.84 0.00948 -70000Zn (c,l,g) Zinc 65.39 7.14 0ZnBr2 (c,l) Zinc Bromide 225.20 4.201 -78550ZnCO3 (c) Zinc Carbonate Smithsonite 125.40 4.389 -194810ZnCl2 (c,l) Zinc Chloride 136.30 2.91 -99200ZnFe2O4 (c) Zinc Ferrite Franklinite 241.08 5.33 -277600ZnFe2O4 (s) Zinc Ferrite Franklinite 241.08 5.33 -281800

ZnO (c) Zinc Oxide Zincite 81.39 5.606 -83762ZnS (cubic; Sp)Zinc Sulfide Sphalerite 97.46 ** -48790ZnS (hexag; WrZinc Sulfide Wurtzite 97.46 ** -46570ZnSO4 (c) Zinc Sulfate Zincosite 161.45 3.54 -234260Zr (c,l,g) Zirconium 91.22 6.49 0Zr(SO4)2 (c) Zirconium Sulfate 283.35 3.22 -536200ZrO2 (c) Zirconium Dioxide Baddeleyite/z 123.22 5.6 -263040

See comments in cell D6Transformations in Reference State ElementsAg: melts at 1235.08 and boils at 2439 K.Al: melts at 933.61 and boils at 2798 K.Ar: no transformations.As: sublimes to As4 at 876 K.Au: melts at 1337.58 and boils at 3130 K.B: melts at 2300 and calc'd b. p. is 4113 K.Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0.Be: trans. at 1527, melts at 1560, and boils at 2745 K.Bi: melts at 544.59 and boils to Bi(g) at 1910 K.Br: boils to Br2 at 322.6 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K.Cd: melts at 594.26 and boils at 1040 K.Ce: trans. at 999, melts at 1071, and boils at 3700 K.Cl: no transformations.Cm: trans. at 1550 and melts at 1618 K.Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K.Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K.Cu: melts at 1357.6 and boils at 2839 K.Dy: trans. at 1657, melts at 1682, and boils at 2835 K.Er: melts at 1795 and boils at 3136 K.Eu: melts at 1090 and boils at 1800 K.F: no transformations.Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K.Ga: melts at 302.9 and boils at 2478 K.Gd: Curie p. at 291.8, trans at 1533, melts at 1585, and boils at 3540 K.Ge: melts at 1210.4 and boils at 3106 K.H: no transformations.He: no transformations.Hf: trans. at 2013, melts at 2470, and boils at 4964 K.Hg: melts at 234.29 K, and boils at 629.81 K.Ho: trans. at 1701, melts at 1743, and boils at 2968 K.I: melts at 386.8 and boils at 458.4 K.In: melts at 429.78 and boils at 2346 K.Ir: melts at 2716 and boils at 4697 K.K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Kr: no transformations.La: transfs. at 550 & 1134, melts at 1193, and boils at 3730 K.Li: melts at 453.7, normal b.p. at 1620, and calc'd. b.p. to monatomic gas at 1638 K.Lu: melts at 1936 and boils at 3668 K.Mg: melts at 922 and boils at 1363 K.

Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K.Mo: melts at 2890 and boils at 4952 K.N: no transformations.Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K.Nb: melts at 2740 and boils at 5130 K.Nd: trans. at 1128, melts at 1289, and boils at 3341 K.Ne: no transformations.Ni: Curie pt. at 631, melts at 1728, and boils at 3156 K. Np: transfs. at 553 & 849, melts at 912, and boils at 4352 K.O: no transformations.Os: melts at 3300 and boils at 5281 K.P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) std. state above b.p.Pa: trans. at 1443, and melts at 1845 K. Pb: melts at 600.65 and boils at 2024 K.Pd: melts at 1827 and boils at 3253 K.Pr: trans. at 1068, melts at 1204 and boils at 3785 K.Pt: melts at 2042 and boils at 4102 K.Pu: transfs. at 395, 480, 588, 730, & 752, melts at 913, and boils at 3498 K.Rb: melts at 312.64, normal b.p. at 961, and calc'd. b.p. to monatomic gas at 974.5 K.Re: melts at 3453 and boils at 5864 K.Rh: melts at 2237 and boils at 3967 K.Ru: melts at 2607 and boils at 4419 K.S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at 881.8 K. normal b.p. at 717.824 K. Calc'd. b.p. to S2 at 881.8 K. Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K.Sc: trans. at 1608, melts at 1812, and boils at 3104 K.Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K.Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K.Sm: trans. at 1190, melts at 1345, and boils at 2061K.Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K.Sr: trans. at 828, melts at 1041, and boils at 1654.1 K.Ta: melts at 3258 and calc'd. b. p. of 5739 K.Tb: trans. at 1560, melts at 1630, and boils at 3496 K.Te: melts at 722.65 and normal b. p. at 1262 K. Calcd. b. p. to Te2 at 1339 K.Th: trans. at 1633, melts at 2023, and boils at 5056 K.Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0.Tl: trans. at 507, melts at 577, and boils at 1746 K.Tm: melts at 1818, and boils at 2220 K.U: transfs. at 942 & 1049, melts at 1408, and boils at 4402 K.V: melts at 2190 and boils at 3694 K.W: melts at 3680 and boils at 5931 K.Xe: no transformations.Y: trans. at 1752, melts at 1799, and boils at 3611 K.Yb: 2nd. order trans. at 553, trans. at 1033, melts at 1097, and boils at 1467 K.Zn: melts at 692.73 and boils at 1180 K.Zr: trans. at 1136, melts at 2125, and calc'd b. p. of 4779K.

Tmax

10.17 300040 50029 500

34.355 140048.02 1025

25.6 120023 1400

27.6 120033.68 6006.776 5000

67.947 300016.358 700

57.2 1100113.514 2000142.751 2000

60.309 400067.156 4000

12.17 400022.413 180020.188 160022.966 1800

26.2 180021.264 2000

65.7 200028.4 2473

60.429 200054.457 200069.146 2000

26.12 60075.14 2000

4.8 300052.196 400011.576 700

8.446 70059.471 2000

13 100051.701 400036.983 6000

8.534 300057.546 120025.672 55127.087 732

25.2 60030.3 700

39 85040 850

97.81 100060.72 850

106.59 300053.22 1000

So (298

K) cal/mol.K

57.824 300011.33 3200

43.116 32001.41 5000

36.649 500053.807 200085.767 200076.093 200055.709 200054.405 2000

18.65 72312.9 18006.48 3000

55.604 200073.964 200083.322 2000

3.607 220014.918 400040.663 4000

51.1 85025.6 140042.1 2000

47 180036.4 95029.5 2000

64.599 200035 2000

81.729 200021 1500

26.8 160061.79 200029.56 2000

77.826 200043.5 1300

16.83 180056.249 200018.737 2000

31.6 130025.8 18002.27 5000

10.891 100011.8 800

12.43 100051.984 2000

19.76 75018.12 75060.26 2000

8.85 250018.635 2000

21.12 200013.56 2000

44.669 200075.72 120070.53 1200

36.2 130029.3 1100

75.92 100053.7 1000

97.58 150058.91 1200

61.599 300041.803 300036.379 400057.337 2000

54.7 200069.867 200077.337 2000

0.566 12001.372 5000

47.627 500064.989 200082.052 200095.069 200058.305 200071.678 200079.368 200048.004 200052.396 2000

54.85 100057.711 200064.536 1500

64.34 100053.634 200063.392 200070.918 200074.019 200043.721 200046.324 250046.381 2500

44.49 450093.601 150048.406 200047.217 5000

51.07 500067.816 200061.851 200055.338 320056.852 3000

9.94 450046.17 80019.93 800

61.289 200045.11 190045.23 200028.85 2800

56.4 208049.2 1800

25 900

50.335 140040.296 1800

27.3 180016.72 130021.03 70021.92 1200

57.707 200025 1800

69.347 200054.86 200016.46 1800

65.412 200034.74 1800

9.1 400052.487 200013.528 2000

24.23 100026.05 140025.72 140025.62 1400

20.859 180019.474 1500

22.38 180012.38 2000

40.066 200027.55 1000

13.1 150055.669 200017.252 110029.408 800

17.2 200045.807 2000

41.5 150035.4 100043.1 2000

14.89 200039.454 3000

53.29 500064.019 200054.145 2000

7.18 350042.879 350034.082 1000

26.13 100042.05 90012.66 1800

10.908 100017.876 1000

28.06 14005.65 5000

41.635 5000145.8 2000

15.5 250019.4 2000

35.6 150020.42 2000

20.7 100043.5 2100

48 20009.013 2500

57.159 250020.37 2000

41.942 200061.049 2000

23.6 120060.866 2000

30.43 8007.924 5000

20.8 70022.083 180027.761 1600

43.6 90040.358 1300

10.19 140056.072 200016.053 78026.173 120037.917 300048.443 5000

6.52 500013.74 2000

73.5 140067.55 900

110.99 2000128.35 2000

24.2 100020.89 1800

35.449 190025 1500

34.93 200024.76 1300

37 100022.97 800

61.537 200028.19 1297

71.503 200035.33 605

82.243 200014.52 2000

14.415 200012.874 140012.647 100028.909 120027.392 500031.207 5000

57.06 200045.106 500056.009 1500

49.151 200063.66 1000

71.388 200037.501 70047.463 300048.212 200044.643 300041.509 3000

18 61063.663 200054.731 500030.125 5000

18.14 200041.792 2000

27.8 200063.545 200016.795 749

19.72 90043.182 300027.758 300062.277 300061.864 200023.405 37059.145 2000

13.82 200041.508 2000

72.24 1100126.406 2000

71.365 200024.9 160039.1 1300

16.96 140060.15 2000

20.6 100019.5 1000

25.26 120015.457 500059.666 300078.366 200089.902 2000

37.17 200084.309 2000

69.6 80076.444 200094.558 2000

24.38 110026.31 800

27.5 200062 650

41.956 200087.486 2000

45.55 160048.95 90034.93 1249

20.448 140022.921 140059.852 2000

30.54 200060.477 200019.729 150057.116 2000

35.87 80015.91 1500

54.135 200012 800

47.304 200024.92 55025.41 1400

61.704 200041 500

36.353 150031.8 800

56.863 200029.28 80018.85 1300

56.469 200059.546 2000

6.954 300021.551 200014.959 1086

7.81 420015.09 900

58.282 200015.56 1000

29.6 18006.44 4200

50.946 420012.03 2500

21.844 200021.844 2000

7.65 500032.5 1500

186.74 150026.4 1350

37.38 200023.6 180037.2 1800

39.03 180057.1 150023.9 700

39 75014.27 211512.68 800

12.562 80019.2 190021.3 18006.85 5000

43.461 5000

120.077 60015.72 3000

8.76 15007.55 1500

57.757 200011.06 2000

66.176 200018.58 1400

67.827 200014.955 200036.613 5000

45.77 500052.546 500073.915 500072.724 500082.801 500043.294 2000

46.51 250046.048 200036.044 90050.347 500057.343 500066.535 200067.581 200053.057 300012.298 5000

32.26 200017.99 130022.65 948

23 200035.754 2000

16.87 200017.24 1800

54.897 200024.4 500

31.55 120023.15 600

24.8 70027.85 800

54.737 200027.7 825

15.403 18008.7 3000

44.49 300057.09 300013.03 2000

65.019 300034.947 5000

7.14 500099.327 1000

44.57 110060.061 200023.424 140071.252 2000

9.08 250057.66 250012.66 1600

17.2 180024.21 1200

38.468 500049.005 5000

57.08 20009.82 5000

38.98 20005.46 704

52.11 200054.68 2000

96.525 200082.584 2000

91.24 78748 2000

48.6 70076.28 250049.51 2500

53.218 200060.607 2000

15.49 420041.89 4200

67.216 200074.6 1500

80.413 150053.374 1250

44.64 100094.138 1500

50.66 100070.326 1230106.94 1500

125.238 1500101.48 1170

142.535 150065.095 2000

38.6 120081.089 2000

101.837 200032.5 1200

57.343 200015.9 2000

16.42 150017.156 700

21.8 160060.062 2000

35.49 110035.49 1440

9.95 450013.16 150017.85 15007.661 5000

54.506 5000

65.275 300070.128 300080.629 300084.555 300095.508 3000

101.741 300053.02 5000

59.3 500061.344 5000

10.88 200026.4 170029.4 928

30.35 120029.86 700

83.652 2000106.14 1000

10.14 200042.21 2000

58.2 200075.27 200090.61 200092.08 2000

103.61 2000116.24 2000126.95 2000

4.5 500054.895 500061.275 2000

10.58 250064.002 5000

15.79 20003.94 35003.96 3500

56.816 200067.214 200076.023 2000

79.07 200051.718 200059.906 200048.887 200074.953 200050.542 3500

10.2 200012.148 3500

11.2 200010 2000

10.36 200054.699 350012.236 3000

75 200069.362 1500

39.1 65090.7 2000

108.1 2000

61.84 100013.665 100055.446 2000

12.51 18009.92 6000

44.242 600020.7 2000

15 220034.2 2000

10.603 300010.127 250016.319 2500

10 180011.88 200043.64 200061.87 200056.26 2000

19 150065.52 1500

7.32 500059.538 200020.876 2000

66.5 200033.4 1000

75.703 200084.793 200060.326 2000

8.19 126555.776 3000

11.93 130062.151 3000

12.04 200062.992 200076.697 2000

6.915 50007.8 5000

41.549 3000119.814 600

28.2 150099.298 3000

118.036 3000120.599 3000144.635 3000

58.722 200012.08 1800

68.209 200018.15 2000

68.434 30009.95 500033.1 100019.7 500

26.645 70036.01 100036.64 1400

10.43 250014.019 180014.064 1800

26.43 12009.32 500031.8 1050

12.04 2500

Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0.

Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K.

Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K.

K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K.

Li: melts at 453.7, normal b.p. at 1620, and calc'd. b.p. to monatomic gas at 1638 K.

Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K.

P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) std. state above b.p.

Rb: melts at 312.64, normal b.p. at 961, and calc'd. b.p. to monatomic gas at 974.5 K.

S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at 881.8 K.

Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K.

Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0.

Comments Ag: melts at 1235.08 and boils at 2439K. Ag: melts at 1235.08 and boils at 2439 K. Ag: melts at 1235.08 and boils at 2439 K. Ag: melts at 1235.08 and boils at 2439 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norma Ag: melts at 1235.08 and boils at 2439 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norma Ag: melts at 1235.08 and boils at 2439 K. Br: boils to Br2 at 322.6 K. Ag: melts at 1235.08 and boils at 2439 K. Ag: melts at 1235.08 and boils at 2439 K. I: melts at 386.8 and boils at 458.4 K. Ag: melts at 1235.08 and boils at 2439 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. I: melts at 386.8 and boils at 458.4 K. Al: melts at 933.61 and boils at 2798 K. USBM data replaced by JANAF. Al: melts at 933.61 and boils at 2798 K. USBM data replaced by JANAF. Al: melts at 933.61 and boils at 2798 K. Species vaporizes to a mixture of Al/O species. Al: melts at 933.61 and boils at 2798 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 Al: melts at 933.61 and boils at 2798 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 Al: melts at 933.61 and boils at 2798 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 Al: melts at 933.61 and boils at 2798 K. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T wh Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 Al: melts at 933.61 and boils at 2798 K. B: melts at 2300 and calc'd b. p. is 4113 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. USBM data replaced by JANAF. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K. Al: melts at 933.61 and boils at 2798 K.

As: sublimes to As4 at 876 K. As: sublimes to As4 at 876 K. As: sublimes to As4 at 876 K. Species melts at 551 K. As: sublimes to As4 at 876 K. Species boils at 732 K. As: sublimes to As4 at 876 K. As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71 As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71 As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71 As: sublimes to As4 at 876 K. As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71 As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71 As: sublimes to As4 at 876 K.

As: sublimes to As4 at 876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 71Au: melts at 1337.58 and boils at 3124 K.Au: melts at 1337.58 and boils at 3124 K.B: melts at 2300 and boils at 4113 K. Boiling Pt calc'd at T where dGf of B(g) = 0. B: melts at 2300 and boils at 4113 K. dGf set = 0 above b. p. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. B: melts at 2300 and calc'd b. p. is 4113 K. I: melts at 386.8 and boils at 458.4 K. B: melts at 2300 and calc'd b. p. is 4113 K. I: melts at 386.8 and boils at 458.4 K. B: melts at 2300 and calc'd b. p. is 4113 K. I: melts at 386.8 and boils at 458.4 K. B: melts at 2300 and calc'd b. p. is 4113 K. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. dGf of Ba(g) set = 0 a Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Si: melts at 1687 and Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ti: trans. at 1156, me Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Al: melts at 933.61 a Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Br: boils to Br2 at 322 Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Br: boils to Br2 at 322 Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Br: boils to Br2 at 322 Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Fe: Curie p. at 1043, Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. S: trans. at 368.3, m Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. S: trans. at 368.3, m Ba: transfs. at 582 & 768, melts at 1002, and calc'd. b. p. at 2141 K, where dGf of Ba(g) = 0. Ti: trans. at 1156, me Be: trans. at 1527, melts at 1560, and calc'd. b. p. of 2743 K. Data above m. p. taken from JANAF. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Amorphous; data for freshly pptd. material. Possibly not com Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. Be: trans. at 1527, melts at 1560, and boils at 2745 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432 Be: trans. at 1527, melts at 1560, and boils at 2745 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432 Be: trans. at 1527, melts at 1560, and boils at 2745 K. W: melts at 3680 and boils at 5931 K. Bi: melts at 544.59 and boils at 1824 to a mixture of Bi(g) & B2(g). Calc'd b. p. to Bi(g) at 1910 K. Bi(g) std. state Bi: melts at 544.59 and boils at 1824 to a mixture of Bi(g) & B2(g). Calc'd b. p. to Bi(g) at 1910 K. Bi(g) std. state Bi: melts at 544.59 and boils to Bi(g) at 1910 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K.

Bi: melts at 544.59 and boils to Bi(g) at 1910 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. I: melts at 386.8 and boils at 458.4 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. I: melts at 386.8 and boils at 458.4 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. Bi: melts at 544.59 and boils to Bi(g) at 1910 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, an Br: boils to Br2 at 322.6 K. Br: boils to Br2 at 322.6 K. Br: boils to Br2 at 322.6 K. Br: boils to Br2 at 322.6 K. Br: boils to Br2 at 322.6 K. Br: boils to Br2 at 322.6 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. Data extrapolated 100 deg above Tmax. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. I: melts at 386.8 and boils at 458.4 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. Data extnd. to 5000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. Data Extnd. to 5000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. S: trans. at 368.3, melts at 388.36, 2nd order tr C: sublimes at 1 atm. to a mixture of polymers at about 4000 K. S: trans. at 368.3, melts at 388.36, 2nd order tr Ca: trans. at 720, melts at 1112, and boils at 1757 K. Tables have discrepancy between S of this record, and for Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, Ca: trans. at 720, melts at 1112, and boils at 1757 K. P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Si: melts at 1687 and normal b.p. at 3490 K; calc'd. b. p. Ca: trans. at 720, melts at 1112, and boils at 1757 K. P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Al: melts at 933.61 and boils at 2798 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K.

Ca: trans. at 720, melts at 1112, and boils at 1757 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Ca: trans. at 720, melts at 1112, and boils at 1757 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Ca: trans. at 720, melts at 1112, and boils at 1757 K. Al: melts at 933.61 and boils at 2798 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 181 Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ca: trans. at 720, melts at 1112, and boils at 1757 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ca: trans. at 720, melts at 1112, and boils at 1757 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ca: trans. at 720, melts at 1112, and boils at 1757 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ca: trans. at 720, melts at 1112, and boils at 1757 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ca: trans. at 720, melts at 1112, and boils at 1757 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ca: trans. at 720, melts at 1112, and boils at 1757 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Ca: trans. at 720, melts at 1112, and boils at 1757 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Ca: trans. at 720, melts at 1112, and boils at 1757 K. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. Cd: melts at 594.26 and boils at 1040 K. Cd: melts at 594.26 and boils at 1040 K. dGf set = 0 above b. p. Cd: melts at 594.26 and boils at 1040 K. Cd: melts at 594.26 and boils at 1040 K. Cd: melts at 594.26 and boils at 1040 K. Cd: melts at 594.26 and boils at 1040 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Cd: melts at 594.26 and boils at 1040 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Ce: trans. at 999, melts at 1071, and boils at 3700 K. Ce: trans. at 999, melts at 1071, and boils at 3700 K. Ce: trans. at 999, melts at 1071, and boils at 3700 K. Ce: trans. at 999, melts at 1071, and boils at 3700 K. Ce: trans. at 999, melts at 1071, and boils at 3700 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432. Ce: trans. at 999, melts at 1071, and boils at 3700 K.

Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. B. p. calc'd at T where dGf of Co(g) = 0. Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. Si: melts at 1687 and normal b.p. at 3490 K Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. S: trans. at 368.3, melts at 388.36, 2nd or Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. S: trans. at 368.3, melts at 388.36, 2nd or Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. S: trans. at 368.3, melts at 388.36, 2nd or Co: trans. at 700, Curie p. at 1394, melts at 1768, and boils at 3196 K. S: trans. at 368.3, melts at 388.36, 2nd or Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K. B. p. calc'd at T where dGf of Cr(g) = 0. Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K. B. p. calc'd at T where dGf of Cr(g) = 0. Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K. Cp data could not be adequately fit near 311 K.

Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K S: trans. at 368.3, melts at 388.36, 2nd order tr Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Si: melts at 1687 and normal b.p. at 3490 K. Calc Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Si: melts at 1687 and normal b.p. at 3490 K. Calc Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cr: 2nd. order trans. at 311.5, melts at 2130, and boils at 2943 K Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. Cs: melts at 301.55, normal b.p. at 941, and calc'd. b.p. to monatomic gas at 952 K. P(wh): melts at 317.3 and boi Cu: melts at 1357.6 and boils at 2839 K. Cu: melts at 1357.6 and boils at 2839 K. Cu: melts at 1357.6 and boils at 2839 K. Cu: melts at 1357.6 and boils at 2839 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Cu: melts at 1357.6 and boils at 2839 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norm Cu: melts at 1357.6 and boils at 2839 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norm Cu: melts at 1357.6 and boils at 2839 K. Cu: melts at 1357.6 and boils at 2839 K. Cu: melts at 1357.6 and boils at 2839 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Cu: melts at 1357.6 and boils at 2839 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norm

Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K. Cp data difficult to fit. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K. Species is composition in equil Fe: Curie p. at 1043, & transf. at 1185 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norma Fe: No transf. To 900 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K. Data difficult to fit near Curie Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Si: melts at 1687 and normal b.p. a Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K. Data hard to fit near Curie pt. Mel Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Si: melts at 1687 and normal b.p. a Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K. Metastable species; see Fe.947O Fe: Curie p. at 1043, & transfs. at 1185 & 1667 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 3135 K S: trans. at 368.3, melts at 388.3 Fe: Curie p. at 1043 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 Fe: Curie p. at 1043, transf. 1185 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.

USBM to 3000, Janaf above. Slight misfit at 3000 K.

S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at Br: boils to Br2 at 322.6 K.

Data supplied by Oak Ridge Natl. Lab.

Hg: melts at 234.29 K, and boils at 629.81 K. Hg: melts at 234.29 K, and boils at 629.81 K. Hg: melts at 234.29 K, and boils at 629.81 K. Hg: melts at 234.29 K, and boils at 629.81 K. Hg: melts at 234.29 K, and boils at 629.81 K. Hg: melts at 234.29 K, and boils at 629.81 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and n I: melts at 386.8 and boils at 458.4 K. I2(g) std state above b. p. I: melts at 386.8 and boils at 458.4 K. I2(g) std state above b. p. I: melts at 386.8 and boils at 458.4 K. I2(g) std state above b. p. I: melts at 386.8 and boils at 458.4 K. Br: boils to Br2 at 322.6 K. I: melts at 386.8 and boils at 458.4 K. I: melts at 386.8 and boils at 458.4 K. In: melts at 429.78 and boils at 2346 K In: melts at 429.78 and boils at 2346 K In: melts at 429.78 and boils at 2346 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal In: melts at 429.78 and boils at 2346 K In: melts at 429.78 and boils at 2346 K In: melts at 429.78 and boils at 2346 K In: melts at 429.78 and boils at 2346 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal In: melts at 429.78 and boils at 2346 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal In: melts at 429.78 and boils at 2346 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal In: melts at 429.78 and boils at 2346 K Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at In: melts at 429.78 and boils at 2346 K Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.5 In: melts at 429.78 and boils at 2346 K Te: melts at 722.65 and normal b. p. at 1262 K. Calcd. b. p. to Te2 at 133 K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Br: boils to Br2 at 322.6 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Cr: 2nd. order trans. at 3 K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. I: melts at 386.8 and boils K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. S: trans. at 368.3, melts a K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. S: trans. at 368.3, melts a K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. S: trans. at 368.3, melts a K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. S: trans. at 368.3, melts a K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Si: melts at 1687 and normal K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Si: melts at 1687 and normal K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Si: melts at 1687 and normal

K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Al: melts at 933.61 and boi K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Br: boils to Br2 at 322.6 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Br: boils to Br2 at 322.6 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. I: melts at 386.8 and boils K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. I: melts at 386.8 and boils K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. Mn: transfs. at 980, 1360, K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. K: melts at 336.35, normal b.p. at 1037, and calc'd b.p. to monatomic gas at 1043.7 K. S: trans. at 368.3, melts a Li: melts at 453.7, normal b.p. at 1620, and calc'd. b.p. to monatomic gas at 1638 K. dGf set = 0 above b. p. Li: melts at 453.7, normal b.p. at 1620, and calc'd. b.p. to monatomic gas at 1638 K. Li: melts at 453.7, normal b.p. at 1620, and calc'd. b.p. to monatomic gas at 1638 K. Mg: melts at 922 and boils at 1363 K. Mg: melts at 922 and boils at 1363 K. Mg: melts at 922 and boils at 1363 K. Mg: melts at 922 and boils at 1363 K. Mg: melts at 922 and boils at 1363 K. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at 31 Mg: melts at 922 and boils at 1363 K. MgO melts at 3105 K. Mg: melts at 922 and boils at 1363 K. Mg: melts at 922 and boils at 1363 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b. Mg: melts at 922 and boils at 1363 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b. Mg: melts at 922 and boils at 1363 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308 K. B. p calc'd at T where dGf of Mn(g) = 0. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Si: melts at 1687 and normal b.p. at 3490 K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Fe: Curie p. at 1043, transfs. at 1185 & 1667 Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. MnO melts at about 2115. Tmax extended Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. S: trans. at 368.3, melts at 388.36, 2nd orde Mn: transfs. at 980, 1360, & 1410, melts at 1517, and boils at 2308K. Si: melts at 1687 and normal b.p. at 3490 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K.

Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. Mo: melts at 2890 and boils at 4952 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal

Liquid at 294 K.

I: melts at 386.8 and boils at 458.4 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. S: trans. at 368.3, melts at 388.36 Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. S: trans. at 368.3, melts at 388.3 Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Al: melts at 933.61 and boils at Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Li: melts at 453.7, normal b.p. at Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Fit slightly off near lambda pt. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Na: melts at 371, normal b.p. 1156, and calc'd. b.p. to monatomic gas at 1177 K. Nb: melts at 2740 and boils at 5130 K. Nb: melts at 2740 and boils at 5130 K. Nb: melts at 2740 and boils at 5130 K. Nb: melts at 2740 and boils at 5130 K. Nb: melts at 2740 and boils at 5130 K.

Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. B. p. calc'd. at T where dGf of Ni(g) = 0. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K.

Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at Ni: Curie pt. at 631, melts at 1728, and boils at 3159 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at

P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) Pb: melts at 600.65 and boils at 2024 K. B.p. set at T where dGf of liq => gas = 0. Pb: melts at 600.65 and boils at 2024 K. See Pb(c,l,g) for add'nl. Info. Pb: melts at 600.65 and boils at 2023 KdGf data obtained from HK compilation. Enthalpy data estimated from that of PbO(g). Data valid only 1050 - 1500 K.dGf data obtained from HK compilation. Enthalpy data estimated from that of PbS(g). Data valid only 1050 - 1500 K.Specie melts at about 1250 K. Pb: melts at 600.65 and boils at 2024 K Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508dGf data obtained from HK compilation. Enthalpy data estimated from that of PbO(g). Data valid only 1050 - 1500 K. Pb: melts at 600.65 and boils at 2024 KSpecies is metastable to the beta form below about 720 K, and melts at about 1230 K.dGf data obtained from HK compilation. Enthalpy data estimated from that of PbO(g). Data valid only 1050 - 1500 K.dGf data obtained from HK compilation. Enthalpy data estimated from that of PbO(g). Data valid only 1050 - 1500 K.Species melts incongruently at about 1170 K.dGf data obtained from HK compilation. Enthalpy data estimated from that of PbO(g). Data valid only 1050 - 1500 K. Pb: melts at 600.65 and boils at 2024 K Br: boils to Br2 at 322.6 K. Pb: melts at 600.65 and boils at 2024 K Br: boils to Br2 at 322.6 K. Pb: melts at 600.65 and boils at 2024 K Br: boils to Br2 at 322.6 K. Pb: melts at 600.65 and boils at 2024 K Br: boils to Br2 at 322.6 K. Pb: melts at 600.65 and boils at 2024 K Pb: melts at 600.65 and boils at 2024 K Pb: melts at 600.65 and boils at 2024 K. Specie "boils" at about 1900 K to a mixture of species. Data extrap. 50 Pb: melts at 600.65 and boils at 2024 K Pb: melts at 600.65 and boils at 2024 K Pb: melts at 600.65 and boils at 2024 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Pb: melts at 600.65 and boils at 2024 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Pb: melts at 600.65 and boils at 2024 K S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal Species is metastable to beta form above about 1150 K, and melts at about 1440 K. Pt: melts at 2042 and calc'd b. p. at 4102 K. Data extrapolated. Pt: melts at 2042 and boils at 4102 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b Pt: melts at 2042 and boils at 4102 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 a S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 a

S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at S has several transitions. SO3 is a liquid at 298.15 K; b.p. is 314 K. Sb: melts at 903.9 and normal b.p. to mixed Sb species at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K. Sb2(g) std Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K Sb: melts at 903.9 and normal b.p. to mixed Sb species at 1860 K. Calc'd b. p. to Sb2(g) at 1949 K. Sb2(g) std sta Sb: melts at 903.9 and normal b.p. at 1860 K, and calc'd b. p. to Sb2(g) at 1949 K Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. The fictive b. p. of 1016.55 was requi Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Se: melts at 494.3 and normal b.p. at 958 K. Calc'd b. p. to Se2 at 1016.55 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. SiC decomposes to mixed gases at Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. SiC decomposes to mixed gases at Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Data extrapolated by assuming Cp lin Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Crist. melts to Vitr. (FACT data) at 19Data preferred to that of USBM (Glass). Crist. melts to Vitr. at 1970 K. Actual m.p. is close to 1996 K. Slight differe Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. dGf data off; Glass more stable than Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Qtz. transf. to Trid. at 1195 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Trid. transf. to Crist. at 1695 K. Si: melts at 1687 and normal b.p. at 3490 K. Calc'd. b. p. to Si(g) at 3508 K. Data extrapolated by assuming Cp lin Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K.dGf data obtained from HK compilation. Enthalpy data estimated from that of SnS(g). Data valid only 1050 - 1500 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K.

Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Sn: trans. at 286.2, melts at 505.12, and boils at 2876 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd b. p. of 5739 K. dGf set = 0 above b. p. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. B: melts at 2300 and calc'd b. p. is 4113 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Ta: melts at 3258 and calc'd. b. p. of 5739 K. Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm. Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm. dGf se Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm Te: melts at 722.65 and boils to equilibrium Te(x) mixture at 1262 K. Calc'd b. p. at 1339 K to Te2 at 1 atm Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. Ti: trans. at 1156, melts at 1945, and boils at 3611 K. B. p. calc'd at T where dGf of Ti(g) = 0. V: melts at 2190 and boils at 3694 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. B: melts at 2300 and calc'd b. p. is 4113 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. W: melts at 3680 and boils at 5931 K. Zn: melts at 692.73 and boils at 1180 K. Zn: melts at 692.73 and boils at 1180 K. Br: boils to Br2 at 322.6 K. Zn: melts at 692.73 and boils at 1180 K. Zn: melts at 692.73 and boils at 1180 K. Zn: melts at 692.73 and boils at 1180 K. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boils at Zn: melts at 692.73 and boils at 1180 K. Fe: Curie p. at 1043, transfs. at 1185 & 1667, melts at 1811, and boil

Zn: melts at 692.73 and boils at 1180 K. Zn: melts at 692.73 and boils at 1180 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norma Zn: melts at 692.73 and boils at 1180 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norma Zn: melts at 692.73 and boils at 1180 K. S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and norm Zr: trans. at 1136, melts at 2125, and calc'd. b. p. of 4779 K where dGf of Zr(g) = 0. Some differences between J Zr: trans. at 1136, melts at 2125, and calc'd b. p. of 4779K. S: trans. at 368.3, melts at 388.36, 2nd order trans. a Zr: trans. at 1136, melts at 2125, and calc'd b. p. of 4779K.

P(wh): melts at 317.3 and boils to P4 at 552.3K. USBM b.p. changed from 550 to 552.3 to get better data fit. P4(g) std. state above b.p.

S: trans. at 368.3, melts at 388.36, 2nd order trans. at 432.02, and normal b.p. at 717.824 K. Calc'd. b.p. to S2 at 881.8 K.

T1 H(T1)1235.08 2700 Melting Pt 8 0 0 0 0 -866 2439

500 -3308.522 26294.96 1.938735 -1.3E+07 -182265 -0.000381 703542.7 500 3500 3.43855 -10.9876 -0.003851 99694.5 249.112 1.62E-08 -9555.773 500 2450 953 S State Tr 19.8 0 0 0 0 -5047 860

698.6 3901 S State Tr 32.056 0.008197 -109600 0 0 -7140 926700 2030 Melting Pt 14.5163 -0.000352 -253849 0 0 -944 1200730 2945 Melting Pt 15.3441 -0.000786 -246819 0 0 -1284 1400421 1470 S State Tr 10.436 0.001772 -364000 0 0 -613 831433 570 S State Tr 39.719 -0.011703 0 0 0 -11104 483

933.61 2580 Melting Pt 7.59 0 0 0 0 -196.1 27983000 -14.74058 152.4235 0.003459 -60304 -1291.706 2.65E-08 -146136 933.61 -4.390921

700 9.3239 74.15861 -0.023726 85583.25 -403.127 3.43E-06 -305352 700 31100 -290.6037 2739.147 0.07951 -1632460 -20144.52 -7.08E-06 -717703 368.3 -297.39272000 -24.44642 257.5319 0.007221 -55500.25 -1340.444 -2.52E-08 -304393 933.61 -3.7470992000 -10.30832 49.23971 0.010953 -42706 -1144.468 1.86E-08 -108932 386.8 8.9036824000 -15.95485 112.5454 0.006666 -65444.5 -1127.656 6.52E-09 -28689.42 933.61 4.744554000 -13.9392 108.9803 0.006363 51900 -809.384 2.59E-08 -91249.18 933.61 6.76022327 26680 Melting Pt 46 0 0 0 0 -19492 40001800 -97.8532 936.4902 0.030952 -280542 -6349.628 -2.64E-06 -588962 933.61 -77.153881600 -48.43861 534.6646 0.009339 -7723.315 -3298.928 2.04E-08 -605077 933.61 -27.739291800 -43.01521 485.1703 0.008498 -7546.208 -2922.648 2.04E-08 -605285 933.61 -22.315891800 -11.97757 198.7419 0.004135 600123.5 101.092 8.1E-08 -628698 933.61 8.721752000 5.167559 -55.58298 0.003274 507611.5 1193.982 4.23E-07 -61759.35 933.61 46.56622000 -143.7971 1518.719 0.034749 -47967.5 -9465.568 -1.13E-06 -1590602 933.61 -81.699132473 -90.35166 565.8221 0.121338 1198305 -572.234 -2.88E-05 -68778.64 550 11.744342000 4.62454 -97.31906 0.001754 -4439 494.384 9.47E-08 161163.2 933.61 14.97422000 -6.51841 35.0111 0.003149 -53711.88 -513.6384 8.42E-09 -9168.505 933.61 3.831252000 -7.18176 52.28042 0.003196 -43129.1 -540.6338 1.68E-08 -63899.18 933.61 3.1679

465.7 8450 Melting Pt 30 0 0 0 0 -1577 6002000 -10.68161 101.0509 0.003696 -45889.93 -713.2752 -1.81E-08 -136111 933.61 -0.331952000 0 Eqn Break 12.35 0 0 0 0 -5521 30004000 3.58485 -51.37623 0.00037 65995 239.278 1.56E-07 14606.41 933.61 13.93455

700 3.28694 55.86263 -0.017234 86630.25 -266.753 3.4E-06 -235370 700 3700 3.2078 55.85667 -0.010853 75813.75 -266.753 2.42E-06 -236966 700 3

2000 -10.91416 90.05243 0.003902 -22892 -727.8724 -3.18E-08 -79671.26 933.61 -0.5645011000 -4.85446 86.85454 -0.001962 70145.13 -264.5264 7.54E-07 -188968 933.61 5.49522000 0 Eqn Break 14.5582 3.04E-05 3862860 0 0 -11017 40006000 1 6 1

876 8309 Sublimatio 4.9605 1.48E-06 31010 0 0 7575.587 30001200 2.525 -57.93135 0.001105 10400 0 0 53601.24 876 1.063999

551 9.60765 -13.55623 -0.008238 233783.5 747.336 4.86E-08 -162905 551 2585 5400 Melting Pt 36.5 0 0 0 0 -8253 732600 19.39775 -39.26836 -0.013774 368472.5 1245.56 8.1E-08 -229712 600 2580 1450 Melting Pt 35 0 0 0 0 -12157 700585 6874 Melting Pt 41.916 -0.000241 -1255240 0 0 -7032 850478 0 Glass Pt -30.7 0.075 0 0 0 2766 500

1000 -40.6897 412.0044 0.014831 201101.6 -2153.628 -1.35E-06 -279550 876 -43.6117580.15 6375 Melting Pt -7.416 0.044582 -6525200 0 0 20411 850

3000 10.538 -108.045 -0.004396 -168598.5 -124.9106 -9.07E-09 4459.81 368.3 1.4859981000 4.3378 -7.966139 -0.00616 -107027 -578.229 9.4E-07 22385.6 876 3.6073

Note: See User's Guide for explanation of headings of the following columns==>.

3000 1.6264 -48.10704 -0.000369 -29977 -156.0966 -4.58E-08 47198.45 368.3 -0.63661337.58 2957 Melting Pt 7.972 0 0 0 0 -742.146 3124

2000 0 Eqn Break 2.8413 ### -969411 0 0 1127 3200550 0 Eqn Break 5.417 0.000361 331507 0 5.23E-08 -2740.327 2350

3000 0 Eqn Break 4.863 0.000018 0 0 0 -1327 50002000 -13.3213 25.63666 0.021457 33949.5 97.568 -4.76E-06 182912.9 550 3.6946992000 -33.3203 273.9304 0.024739 -12011.6 -1405.258 -5E-06 -112986 550 -16.30432000 -40.6849 346.7816 0.025716 -143978.4 -2289.424 -5E-06 -333578 550 -23.66892000 -64.21436 606.1962 0.024686 -611644 -5377.798 -4.72E-06 43130.82 550 -47.198362000 -20.48845 117.7319 0.022251 -22891.5 -685.144 -4.79E-06 24684.11 550 -3.47245

600 0 Eqn Break 31.8 0 0 0 0 -12629 723723 5740 Melting Pt 31.8 0 0 0 0 -8266 1800

2000 0 Eqn Break 71.569 -0.015065 28294000 0 2.31E-06 -69498 27402000 -5.2726 -10.60889 0.011483 53710.75 0 -2.38E-06 71962.39 386.8 -2.07062000 -8.001201 12.63425 0.013226 33752.3 -369.344 -2.45E-06 59622.34 386.8 -1.5972012000 -8.4257 22.06602 0.014156 49324.85 -453.726 -2.46E-06 19202.29 386.8 1.18032200 -23.1512 208.742 0.01225 -76049.25 -1399.132 -2.41E-06 -54151.82 550 -14.6432

582 0 S State Tr 2.517 0.00511 0 0 0 -588.7478 7682200 0 Eqn Break 16.268 -5.94E-05 40136300 0 0 -43309 4000

850 -25.27147 378.7606 -0.009612 104987.8 -1644.676 6.14E-06 -231679 582 -32.5823681 4000 Melting Pt 33.7 0 0 0 0 -8266 1400

2000 12.20222 -1.557394 -0.031113 472108.9 996.448 1.91E-05 -556686 582 -2.4194391800 9.133261 17.94078 -0.029876 405467.1 906.918 1.94E-05 -545555 582 -5.4884

950 17.60569 -46.82935 -0.052635 61136.87 258.652 2.86E-05 -87358.34 582 -4.3268600 120 S State Tr 33.03 0.00378 0 0 0 -10179 2000

2000 9.940331 -92.26806 -0.013878 6019.79 0 9.54E-06 -24205.14 332.6 5.3598311130 7760 Melting Pt 19.008 0.002079 21000 0 0 665 20002000 14.01183 -118.4154 -0.01386 12469.79 0 9.54E-06 -101633 332.6 4.8508311500 18.83523 -168.7035 -0.016081 251882.8 1694.552 9.63E-06 -29622.63 582 11.5244

700 0 Eqn Break 216.459 -0.155665 21162100 0 4.98E-05 -112443 10792000 5.90961 -55.71666 -0.013829 7284.965 58.5956 9.53E-06 -33517.29 582 -1.401221198 4045 S State Tr 29.6 0 0 0 0 -13271 12352000 6.14833 -48.31827 -0.013967 8145.04 117.1912 9.55E-06 -119168 582 -1.1625

895 125 S State Tr 48.224 0.000434 0 0 0 -17023 11611800 -1.27072 42.85914 -0.013649 9258.29 -208.79 9.49E-06 -130328 582 -8.581552000 4.76438 -43.45702 -0.013446 38074.12 21.714 9.51E-06 -29313.37 582 -2.546452000 2.40493 1.920295 -0.015536 -95300 -294.262 9.48E-06 -107782 368.3 0.141931300 -19.26287 255.8476 -0.007464 174262.3 -1165.852 8.73E-06 -349247 368.3 -21.52587

398 0 Curie Pt 24.81 0.003843 -292.386 0 -6.46E-07 -7822 18001527 611 S State Tr 7.7 0 0 0 0 -3496 15601000 -15.86389 207.8024 0.001707 138009.5 -1016.402 1.87E-08 -212527 1000 3

800 8.99081 15.5601 -0.013184 82488.5 112.738 1.61E-06 -255682 800 31000 16.65998 -84.36975 -0.005642 474820 1594.612 1.44E-07 -262479 1000 32000 -0.31492 -18.42068 0.000648 -68100.68 -127.9988 5.65E-08 16028.73 1527 2.31525

688 2050 Melting Pt 29.1 0 0 0 0 -11036 750676 1490 S State Tr 16.591 0.002194 0 0 0 -4268 688

2000 -4.855271 37.93377 0.00136 -102125 -417.0968 1.16E-08 -83139.94 1527 -2.2251012500 -7.906971 76.01016 -0.000437 -88191.5 -784.024 1.15E-10 -51036.27 368.3 -10.16997

863 266 S State Tr 12.296 0.014691 0 0 0 -4507 9082000 -1.623589 99.69415 -0.002372 200663.9 63.2452 -7.26E-08 -364291 1527 1.006581

544.59 2700 Melting Pt 6.285 -1.40E-06 -278673 0 0 1390 12002000 -1.638 -21.61389 0.003198 38350 0 0 49038.79 544.59 1.3241200 -0.32745 -30.69255 0.005962 176444.5 249.112 1.62E-08 23898.83 544.59 5.033971200 -0.68495 -22.78537 0.005225 169421.5 249.112 1.58E-07 18681.83 544.59 4.67647

1003 7540 S State Tr 33.1 0 0 0 0 -4369 1098922 5130 Melting Pt 44.1 0 0 0 0 -18031 1100

1000 0.820751 -7.013619 0.0027 155092.8 412.632 2.6E-08 -173316 544.59 3.501461681.8 9350 Melting Pt -58.4345 0.074496 -1.1E+07 0 ### 47642 10001500 2.7635 -63.57784 0.005444 49800 0 0 -2926.346 386.8 12.36951200 1.71399 -39.74996 0.002228 102509.4 249.112 1.28E-07 27077.04 544.59 4.39473000 2.540259 -58.47166 0.001512 -16342.65 0 -2E-08 41800.13 368.3 0.2772593000 5.61459 -63.4322 -0.000654 5878.1 91.8614 3.86E-08 27520.47 332.6 1.03409

332.6 7065 Boiling Pt 8.93 0.000055 31400 0 0 4615.452 30002000 5.28175 -49.2406 -0.000224 17987.63 58.5956 8.42E-09 4428.8 332.6 0.701252000 6.09875 -56.43406 -0.000339 43114.28 137.544 8.68E-09 -13687.53 332.6 1.518252000 1.207849 15.59715 0.000541 78819.83 -73.37597 -4.12E-08 -60589.55 332.6 -3.3726512000 -3.575949 93.03158 0.001095 152282.9 -208.608 -7.8E-08 -102694 332.6 -8.1564491200 13.71043 -111.152 -0.005855 98821.15 847.276 7.47E-07 -3918.006 1200 13000 0 Eqn Break 5.52 0.00014 0 0 0 -3138 50003000 0 Eqn Break 8.5228 0.000215 0 0 0 -2824 50002000 11.6711 -117.7947 -0.001825 102757.1 1135.691 1.12E-07 42928.65 2000 22000 -1.519401 32.83611 0.000534 49024.5 167.6264 -3.17E-08 -5153.697 2000 22000 -3.0947 79.01594 0.000132 165263.8 380.9296 2.25E-08 -37387 2000 22000 5.212399 -56.92599 -0.000579 39897.55 541.5341 3.92E-08 1561.976 2000 22000 -5.217899 72.46491 0.000889 -31357.4 -360.452 -4E-08 -155556 2000 22000 -22.9205 263.7443 0.004805 -50403.85 -1549.764 -3.11E-07 -313905 2000 22000 16.08008 -151.4854 -0.00375 142191.5 1157.011 2.51E-07 47721.64 2000 22000 -5.370541 85.32463 -0.001811 -228300 -1317.2 2.29E-07 23693.29 2000 21000 6.657941 30.48929 -0.009026 -229569 -1071.81 1.01E-06 -8210.054 1000 22000 14.792 -143.9404 -0.00285 173739.7 1356.284 1.98E-07 65162.49 2000 21500 -4.074148 156.2594 -0.007923 -338249 -2206.579 9.39E-07 -5369.408 1500 21000 -17.44156 227.6271 -0.000524 -321897.5 -2646.422 9.85E-08 39585.92 1000 22000 7.84785 -97.50944 -0.000935 59188.18 709.2936 5.58E-08 115739.3 2000 22000 24.16475 -218.1954 -0.006316 242379.8 1864.611 4.46E-07 45942.65 2000 22000 -0.10865 6.708199 0.00045 54709.28 164.5408 -3.31E-08 17217.98 2000 22000 -1.849499 42.59221 0.000567 92338 153.3064 -4.07E-08 -27045.69 2000 22000 16.57477 -171.3316 -0.003549 103566.8 1270.733 2.25E-07 134972.8 2000 22500 8.73634 -84.35276 -0.00231 -4789.2 461.79 1.76E-07 90803.65 2500 22500 2.90892 -10.9013 -0.001809 -98321.75 -236.525 1.56E-07 38236.47 2500 21500 0 Eqn Break 32.64011 -0.000215 4381339 -726.1265 0 -4593 45001500 14.2962 -155.9026 0.001279 168615.5 847.276 1.46E-07 58777.81 386.8 27.10422000 7.95087 -95.88957 -0.000917 37942.25 671.816 3.33E-08 105235.7 2000 25000 6.87205 -81.91392 -0.000875 ### 507.872 5.51E-08 -28621.76 3000 -3.09175000 4.2982 -37.80222 -0.000862 45307 322.1426 6.31E-08 -95927.52 3000 -7.84562000 1.791649 -6.213167 -0.000279 64369.2 222.5472 2.99E-08 -54442.11 2000 32000 -4.346149 53.09708 0.000804 -22398.45 -422.848 -3.42E-08 -150125 2000 32000 0 Eqn Break 13.196 0.000484 0 0 -3.98E-08 -5173 32003000 8.8163 -102.372 -0.003707 -118938 139.314 1.62E-08 29844.66 368.3 4.2903

720 220 S State Tr -0.0898 0.004933 0 0 0 567.46 1112800 20.3753 -15.95095 -0.014206 541667 1753.324 -6.22E-07 -238272 720 16.4545800 -8.800821 126.3781 0.005343 302783 112.738 -9.61E-07 -240885 720 -12.72162

2000 8.98965 -124.9196 0.003529 141286 785.974 1.02E-07 77926.15 720 1.148051750 35870 Melting Pt 72.2333 0.000667 0 0 0 -9620 1900

1413.15 1590 S State Tr -45.0418 0.026999 -9.2E+07 0 0 146350 1626.151121 3443 S State Tr 28.1416 0.006612 -1442220 0 0 -2908 17121373 3940 S State Tr 80 0 0 0 0 -19839 20801800 -11.85732 208.3846 0.006743 723083 557.832 6.69E-07 -870067 720 -23.61972

900 -4.1098 73.65266 0.00024 281127.5 258.652 -2.8E-08 -108324 720 -15.8722

1400 -45.93543 531.4467 0.012576 227909.3 -2373.196 -7.8E-09 -943218 720 -57.697831800 -30.91179 362.1094 0.007848 241614.3 -1398.82 2.04E-08 -699102 720 -42.674191800 -4.78802 121.8299 0.002219 452741.5 279.592 4.29E-07 -562659 720 -8.70882

720 1320 S State Tr 15.881 0.00079 -7700 0 0 -3393 1300700 16.80935 -88.41602 -0.004449 348840 1594.612 9.59E-08 -300146 700 3

1200 12.56835 -60.87551 -0.002275 466390 1594.612 9.59E-08 -301955 720 8.647552000 0.03225 -23.98793 0.002401 42737.63 58.5956 8.42E-09 -23968.6 720 -3.888551045 6730 Melting Pt 29.223 -0.001781 -16800 0 0 -7627 18002000 -0.8045 -4.992346 0.002351 47675.25 117.1912 1.68E-08 -114061 720 -4.72532000 0.92589 -31.45797 0.002199 66025.93 137.544 2.66E-08 -66157.93 720 -2.994911200 0 Eqn Break -645.82 0.184475 -3.3E+08 0 0 799050 14302000 0.6138 -16.88319 0.002348 84366.75 182.5974 1.74E-08 -190850 720 -3.3071510 25870 Melting Pt 54.9 0 0 0 0 -5029 18002000 0 Eqn Break 11.8 0.000525 0 0 0 -3924 32002000 -14.42595 99.23217 0.007725 -36062.5 -880.936 -6E-07 14701.32 720 -18.346752000 -4.9915 47.79899 0.001486 -78665.8 -416.036 -7.11E-08 -110341 368.3 -7.25451000 12.50565 -32.16606 -0.007933 145483.5 747.336 4.86E-08 -281402 368.3 10.242651400 46.47083 -292.8292 -0.019162 430716.5 3011.668 7.89E-07 -357417 368.3 44.207831400 59.2977 -402.6946 -0.022936 591154 3987.168 1.14E-06 -362348 368.3 57.03471400 49.6519 -319.7276 -0.020098 470505 3253.588 8.76E-07 -361023 368.3 47.38891800 -7.373889 121.2163 0.002616 165012.8 -153.352 -1.2E-08 -390969 720 -11.294691500 -16.82809 206.4494 0.003731 92630.2 -913.348 -1.2E-08 -388112 720 -20.748891530 540 S State Tr 15.8999 0.003333 -1.4E+07 0 0 14747 1800

594.26 1480 Melting Pt 7.105 0 0 0 0 -782.4265 10402000 0.351 -30.89011 0.001446 800 0 0 26958.03 594.26 2.137

841 7600 Melting Pt 26.6 0 0 0 0 -4151 10001500 0.20655 15.9909 0.000454 96044.5 249.112 1.62E-08 -64391.72 594.26 1.992552000 3.03985 -46.2424 0.001073 68025.95 249.112 3.09E-08 28396.28 594.26 4.825851100 1.8 -9.116107 -0.001009 -40100 0 0 -34983.63 368.3 -0.463

800 22.3698 -79.81542 -0.015297 115782.6 996.448 7.66E-07 -227129 368.3 20.1068999 715 S State Tr 8.99 0 0 0 0 -2891.683 1071

2000 -13.899 97.3281 0.002002 -205343 -1256.318 1.12E-07 109263.5 999 -9.9939991500 20.8311 -210.7501 -0.000338 461519.5 2541.828 1.42E-07 -61052.06 999 28.64111000 -3.333749 75.64405 0.002803 356551.5 747.336 -4.1E-07 -438910 999 4.4762512000 3.371 -8.556948 -0.002537 -157800 0 0 -282162 368.3 -3.4182000 -19.2768 206.6646 0.006143 -18604.5 -1035.886 -4.41E-07 -256357 999 -15.37183000 -0.76462 -9.342523 0.000211 14656.68 58.5956 -1.14E-08 28178.33 3000 13000 0 Eqn Break 10 -0.00018 0 0 0 -5410 50002000 -1.285851 23.07574 0.000362 48822.35 -12.14682 -1.8E-08 18624.9 2000 22000 0.9573 -12.08621 -0.000236 35653.68 110.9278 2.46E-08 23408.57 2000 2

700 108 S State Tr 830.187 -0.197071 -3.9E+07 -35651.9 ### 505616.6 13942000 0 Eqn Break 7.0043 -0.000221 0 0 ### -2649 35001000 -26.97954 299.7685 0.006145 125066.6 -1330.972 4.2E-09 -334245 700 1623.3921000 -325.3758 2726.282 0.156206 -1337467 -19177.55 -2.44E-05 -129474 700 2150.182

900 30.1665 -211.3827 -0.021734 -96629 1066.502 1.74E-06 -87204.91 368.3 21.11451800 -28.43645 252.7179 0.009758 -300535.5 -1802.588 -9.05E-07 -46949.84 700 796.74961000 2.82386 -14.37435 -0.00299 -29742 0 0 -49854.45 368.3 0.809791000 5.618 -30.87854 -0.005281 -91250 0 0 -34782.42 368.3 1.092

964 515 S State Tr 29.444 0.004031 669800 0 0 -10825 1400311.5 0 Lambda Pt -15.346 0.005724 738196 868.77 ### -13386.68 21302500 0 Eqn Break 19.442 -0.002542 2.80E+07 0 ### -35669 50001000 0 Eqn Break 152.911 0.027061 -1870290 0 0 -46627 20002500 0.39123 -14.58613 -0.005511 276080.3 1085.084 2.11E-05 -40476.16 311.5 -30.30077

305 0 Lambda Pt -123.984 0.13674 -6611520 0 0 46975 400

1500 2.331998 -19.3553 -0.010768 -289850 0 2.09E-05 -78708.91 311.5 -28.362000 -1.435599 -40.35639 -0.005615 432963 1694.552 3.15E-05 -39292.38 311.5 -47.47361000 -14.82464 95.55557 -0.005412 57141.3 0 3.13E-05 -33624.31 311.5 -60.862641000 0 Eqn Break 166.912 -0.070175 22792300 0 1.8E-05 -100332 19202000 -41.6113 241.2762 -0.002648 427292 694.152 7.26E-05 -60951.22 311.5 -149.0333

400 0 Eqn Break 11.0797 0.000799 -1773 0 0 -3390 25002500 -5.59725 9.72325 0.000242 23561.25 -65.878 1.04E-05 44317.79 311.5 -20.94325

301.55 500 Melting Pt 7.133 0.000115 -49300 0 0 -1471.67 9522000 -1.93232 -13.22375 0.007751 2111.15 0 -1.75E-08 18417.77 301.55 2.064682000 0.63055 -31.4393 0.007322 48394.5 249.112 1.62E-08 13364.01 301.55 4.62755

410 310 S State Tr 18.8 0 0 0 0 -5488 4932000 2.96393 -35.29763 0.006379 92949.25 423.903 8.84E-08 -64828.16 301.55 6.96093

800 6.485651 7.928016 0.002486 109783.5 747.336 4.86E-08 -301732 301.55 10.482651357.6 3120 Melting Pt 7.8 0 0 0 0 -394.6 2839

700 17.01458 -76.25575 -0.008172 195688 1259.916 8.47E-07 -113699 700 31516.7 15353 Melting Pt 23.843 0 0 0 0 2598 1800

376 865 S State Tr 25.241 -0.00312 -158000 0 0 -6267 720900 61.7109 -405.5558 -0.038443 297745.8 3290.804 4.28E-06 -194800 368.3 59.4479

1300 -118.2355 1093.761 0.039144 -613593.5 -7774.024 -5E-06 -179904 368.3 -120.49851400 -27.23065 246.4543 0.009053 -112061 -1665.77 -9.79E-07 -29432.77 1357.6 -42.612052000 21.30495 -201.1391 -0.007039 148589 1396.29 8.93E-07 50722.23 1357.6 5.92355

780 21.0654 -168.1174 -0.010524 54694.5 1147.178 8.77E-07 -18179.68 368.3 18.80241200 -2.248 113.696 -0.005011 160533.1 -222.714 9.39E-08 -184565 368.3 -4.5113000 1.29175 -28.27356 -0.000183 7897.065 211.4292 8.68E-09 17350.99 3000 13000 0 Eqn Break 10.459 -0.00032 -5332500 0 0 -2540 5000

800 0 Eqn Break -69.89 0.0331 -1.7E+07 0 0 59244.04 10001652 7491 Melting Pt 16.19 0 0 0 0 -1045 20001400 -176.8244 1792.755 0.035637 -1381893 -13408.26 -1.64E-06 -541960 368.3 -183.6134

800 502 S State Tr 102.72 0 0 0 0 -38264 9002000 5.856799 -42.13328 -0.003946 -998 458.0644 2.3E-06 -105530 800 -147.96122000 1.054501 28.45397 -0.00331 -19974.25 351.5736 2.29E-06 -159260 800 -152.76351000 3.6891 -14.53811 -0.005523 -45236.25 129.326 2.23E-06 -985.8512 800 -150.1289

700 0 Eqn Break 904.117 -0.760625 85353904 0 0.000252 -456024 9601490 22030 Melting Pt 57.50478 0 0 0 0 -11788 1900

478 0 Curie Pt 23.9109 0.002892 132966 0 1.47E-07 -7332 1500600 0 Eqn Break 3025 -2.94153 2.25E+08 0 0.001093 -1354126 850700 0 Eqn Break -2206.76 1.01595 -4E+08 0 0 1628990 830

1000 5.7971 -27.65278 -0.009233 -120786 129.326 4.47E-06 -1661.454 800 -301.8389800 27.14635 -158.5517 -0.016367 139965 1594.612 1.22E-06 -185323 800 3

2000 2.28858 -45.16188 -0.001228 -18071.57 58.5956 1.1E-06 60247.03 800 -74.62042950 10270 Melting Pt 24.4 0 0 0 0 20 1297

2000 5.3617 -55.72542 -0.002372 21808.75 327.0952 1.16E-06 -35220.64 800 -71.5473577 10300 Melting Pt 32 0 0 0 0 -944 605

2000 2.53175 -17.17338 -0.00166 -1962.125 175.7868 1.15E-06 -61536.31 800 -74.377251652 5750 Melting Pt 16.3 0 0 0 0 -2246 2000

411 560 S State Tr 17.351 0 0 0 0 -4921 5981400 13.87415 -95.8294 -0.0079 13875 567.736 1.13E-06 -41500.64 368.3 9.3481491000 4.6725 -20.5096 -0.003621 -38447 0 5.12E-07 -39643.64 368.3 0.14651200 -41.4562 446.5384 0.004414 -253651 -3150.512 5.4E-07 -205838 368.3 -43.71925000 -4.07095 20.31059 0.000719 -29072.75 -192.743 -3.09E-08 52810.83 3000 -1.2413000 0 Eqn Break 7.454 0.000235 0 0 0 -3268 50002000 -4.239921 69.04896 -0.000131 -61867 -645.332 2.72E-08 -132157 2000 23000 0 Eqn Break 13.92501 ### 8672045 0 0 -15036 50001500 -6.643721 90.87804 0.000711 -74900 -809.372 -2.94E-08 -27008.86 1500 2

2000 4.1901 -26.91545 -0.003571 -160978 -385.486 1.87E-07 419.9858 368.3 1.92711000 5.86208 -44.71062 -0.003928 -163495.5 -385.486 -6.18E-08 9580.319 368.3 1.336082000 -16.47562 223.7816 0.000217 -78667.5 -1690.078 -7.26E-08 -165478 368.3 -18.73862

700 16.50928 -14.22929 -0.02447 5982.5 610.962 2.96E-09 -197118 368.3 14.246283000 2.48139 -21.79688 -5.4E-05 -70522.3 -319.673 1.18E-08 -4726.703 332.6 -2.099112000 8.86315 -83.72772 -0.00216 80878.95 627.5102 1.56E-07 28798.57 2000 33000 0.07853 0.513659 -0.000344 -57536.57 -134.1474 3.04E-08 -20524.84 3000 23000 4.22029 -36.99314 -0.000802 12667.03 264.293 4.21E-08 -66497.18 3000 2

610 -8.30371 83.50661 0.003235 -25658.48 -55.19899 -2.51E-05 -75454.18 610 22000 -16.43381 198.6897 0.00197 -42067.5 -1447.541 -7.94E-08 -24049.69 2000 32000 0 Eqn Break 23.9449 -0.000318 -2060218 -891.956 0 13776 50005000 1 39 1

629.81 14151 Boiling Pt 4.968 0 0 0 0 13189.15 20002000 1.305 -32.27597 0.000101 15700 0 0 14962.96 629.81 0

918 5500 Melting Pt 24.44 0 0 0 0 -4886 9202000 1.6393 -10.94342 -8E-05 70551.8 132.576 1.74E-08 -71325.05 629.81 0.3343

749 5.1631 -11.45704 -0.006768 67839.05 249.112 1.16E-06 -23306.8 629.81 3.8581618 1000 S State Tr 11.761 0.001428 136000 0 0 -3047 900

3000 2.34693 -47.43165 0.0006 14024.5 76.3146 0 25516.95 386.8 5.54893386.8 3709 Melting Pt 19.281 0 0 0 0 -2516.749 458.43000 3.938 -61.66058 0.001424 7350 0 0 16169.91 386.8 10.3422000 6.44032 -73.21478 0.000736 13281.45 0 -1.93E-08 11665.42 332.6 1.85982

300.53 2774 Melting Pt 26.225 -0.00272 0 0 0 -4830 3702000 2.64175 -38.2103 0.00058 13237.63 58.5956 8.42E-09 4355.282 386.8 5.84375

429.78 780 Melting Pt 6.967 -0.00001 -17000 0 0 -1286.769 20002000 -11.247 67.30084 0.005181 -109950.5 -829.05 7.26E-08 63156.09 429.78 -6.91100 30.0577 1.542045 -0.0071 1075659 2989.344 -2.52E-06 -676167 368.3 23.26872000 -8.526599 106.9005 0.008985 168345.3 270.5334 5.05E-08 -216646 429.78 0.1674012000 -3.50695 -2.41391 0.009411 160143.4 98.9314 1.62E-08 -12416.58 429.78 5.187051600 -4.922249 87.94436 0.007986 456831.5 747.336 2.57E-08 -231543 429.78 3.771751

660 270 S State Tr 23.188 0.006739 10000 0 0 -7160 1100965 8600 Melting Pt 14.5 0 0 0 0 3448 1400

2000 1.889 -53.27509 0.003035 -12850 0 0 56619.42 368.3 -0.374797 11410 Melting Pt 16 0 0 0 0 5028 1000913 6930 Melting Pt 14.33 0 0 0 0 1374 1000965 8580 Melting Pt 14.498 0 0 0 0 3229 1200

336.35 558 Melting Pt 8.86213 -0.00229 -4965.29 0 ### -1902.712 1043.73000 -6.851 5.289701 0.01989 1500 0 0 30089.69 336.35 8.7812612000 -21.10902 199.422 0.021146 -111365 -1351.54 -2.94E-08 -148500 336.35 -5.4767612000 0.315 -36.50418 0.020035 14350 0 0 -127421 332.6 -8.8461174 6600 Melting Pt 50 0 0 0 0 -18018 20002000 -7.5555 35.33651 0.019931 10725.25 117.1912 1.68E-08 -149184 336.35 8.07676

400 0 Eqn Break 4754.63 -6.91803 1.6E+08 0 0.003838 -1434577 5402000 -6.2655 25.69743 0.019827 54578.55 275.088 1.74E-08 -209045 336.35 9.366762000 -4.899999 -15.85934 0.021627 9300 0 0 -100500 336.35 10.732261100 -9.638449 78.92169 0.017859 106494.5 249.112 1.62E-08 -85410.07 336.35 5.993811

800 -6.1409 73.92183 0.013594 153389 498.224 3.24E-08 -124351 336.35 9.49136800 0 Eqn Break 650.172 -0.60339 47266600 0 0.000214 -292665 1050478 6450 Melting Pt 69.37 0 0 0 0 -17789 650857 2020 S State Tr 27.143 0.009773 -61200 0 0 -5606 1342

2000 -27.0315 260.6248 0.02211 -16976 -1512.492 -2.16E-07 -254433 336.35 -11.39924510 290 S State Tr 38.042 0.010705 271100 0 0 -13202 867900 0.971471 69.05405 0.013194 534105.1 1245.56 -4E-08 -607776 336.35 16.60373

1249 -1.770989 58.33909 0.01435 238274.8 747.336 -1.2E-08 -371074 336.35 13.86127

810 310 S State Tr 21.976 0.001437 -100 0 0 -6863 14001007 6100 Melting Pt 16.54 0 0 0 0 -806 14002000 1.1545 -39.76943 0.009922 7550 0 0 -41864.69 332.6 -3.426

895 3500 Melting Pt 18 0 0 0 0 -3138 20002000 5.2799 -84.02214 0.008426 87013.75 822.641 1.12E-07 16843.59 336.35 13.096031045 6251 Melting Pt 17.543 0 0 0 0 -1646 15002000 -2.77675 -3.944911 0.009873 5137.625 58.5956 8.42E-09 -51669.83 336.35 5.03938

573 3400 S State Tr -22.511 0.034111 -5821500 0 0 24149 8001130 7035 Melting Pt 11.59 0.001457 0 0 0 3358 15002000 -2.10975 -9.865087 0.009824 27064.28 137.544 8.68E-09 -78904.16 336.35 5.70638

800 47.36494 -374.7692 -0.018484 363925.8 3129.117 4.14E-06 -30558.33 336.35 55.181072000 -11.03966 67.5865 0.0114 -57797.85 -598.091 -7.39E-08 34669.67 336.35 -3.22353

469.8 2680 S State Tr 24.466 0 0 0 0 -5364 511.9954 5740 Melting Pt 16.31 0 0 0 0 -729 1400

2000 -1.4525 -28.96606 0.010714 5550 0 0 -29518.2 336.35 6.36363500 16.7822 -55.04998 -0.008772 77678 996.448 6.48E-08 -204996 336.35 24.59833

314.7 179 S State Tr 19.53 0.002 0 0 0 -5707 711406 1300 S State Tr -24.966 0.040414 -3684300 0 0 16519 610

2000 -1.44445 -19.6338 0.009713 53794.5 249.112 1.62E-08 14922.09 336.35 6.371681800 -7.232501 65.46559 0.010078 189709.5 498.224 -5.46E-07 -74863.67 336.35 0.583629

522.15 1475 S State Tr -8.707 0.024565 0 0 0 3184 683.152000 0.46809 -19.45222 0.008881 97521.75 386.449 8.33E-08 -57557.09 336.35 8.284222000 0.299 -44.12944 0.008327 -65200 0 0 27867.18 336.35 8.115131

453.7 717 Melting Pt 6.79392 -2.72E-06 -94559.3 0 0 -1158.387 1638623 134 S State Tr 38.666 0 0 0 0 -14389 683

1086 24.063 -180.377 -0.005533 413182.8 1917.314 1.61E-06 -51887.19 453.7 39.34776922 2139 Melting Pt 5.28 0.0013 0 0 0 427 1363900 -135.9618 1186.244 0.055881 -531926.5 -8288.242 -7.49E-06 -181942 900 3

2000 3.275 -66.61251 0.002793 -31150 0 0 70023.28 922 5.0069991000 18.36535 -93.76187 -0.006506 394090 1594.612 9.59E-08 -277548 922 19.23135

670 0 Lambda Pt 45.536 0 0 0 0 -14678 12302000 0 Eqn. Break 11.327 0.000468 0 0 0 -3927 31051000 0 Eqn Break 33.0783 -0.009272 5475690 0 1.35E-06 -23128 20002500 1.738 -8.132762 -0.00079 -35950 0 0 -81940.52 368.3 -0.5251400 3578 Melting Pt 38 0 0 0 0 -12614 20001400 3578 Melting Pt 38 0 0 0 0 -12614 2000

980 532 S State Tr 7.819 0.000564 -53400 0 0 -2363.806 13601500 39.7868 -275.4183 0.000806 176776 3389.104 1.89E-07 -60502 980 72.50181500 73.9982 -669.6059 -0.002655 408818.5 6127.912 6.54E-07 -92466.14 980 124.16121350 6.787849 -0.880437 -0.002465 213659 747.336 2.2E-07 -235269 980 11.149851620 21240 Melting Pt 59 0 0 0 0 -20180 20001310 3375 S State Tr 38 0 0 0 0 -17155 1800

800 0 Eqn Break 177.937 -0.104075 17492000 0 3.05E-05 -93183 1445800 0 Eqn Break 155.021 -0.08847 14251800 0 2.66E-05 -78799 1445

1500 27.8451 -256.5125 -0.001965 167669.5 2541.828 1.42E-07 -41034.87 980 43.1121700 8.87935 -39.86787 0.000323 654790 1594.612 9.59E-08 -227899 700 3580 0 Lambda Pt -3159.38 3.11858 -2.5E+08 0 -0.001137 1451169 750

1500 0 Eqn Break 11.16 0.001 0 0 0 -3782 2115800 1.5551 21.79241 0.000335 254989 498.224 3.24E-08 -129807 800 2800 2.060101 18.58475 -4.17E-05 240039 498.224 3.24E-08 -129590 800 2

1803 6200 Melting Pt 16 0 0 0 0 -2578 19001800 4.661911 16.05366 -0.001287 342107.3 747.336 2.09E-07 -323160 980 6.8429112896 8600 Melting Pt 9 0 0 0 0 4020 49503000 0 Eqn Break -3.946 0.001665 0 0 0 10969 5000

600 79.684 -677.1705 -0.017211 991695 7139.888 6.33E-07 -264933 600 31500 5220 S State Tr 19.3199 0.000951 476914 0 0 -3437 27951500 8.803801 -74.02353 -0.002758 67012 581.558 2.99E-07 -9874.435 1500 21500 7.89914 -56.27817 -0.004167 146208.4 626.223 4.19E-07 -14130.05 1500 22000 11.12835 -121.9334 -0.002224 108810 810.672 2.68E-07 69726.81 2000 22000 -0.776399 47.39658 -0.001073 146371.6 169.298 -6.49E-08 -143534 2000 22000 4.42 -46.38514 -0.000896 100484.1 278.818 1.94E-07 -3819.943 2000 21075 11690 Melting Pt 30.17 0 0 0 0 -3153 14002000 0.199149 10.81529 -0.000253 130574.4 67.66602 1.56E-07 -84214.7 2000 22000 12.6448 -89.87008 -0.006233 19015.5 561.56 2.51E-07 -67746.76 368.3 8.11882500 0 Eqn Break 3.1972 0.000218 -4466044 0 0 3369 50003000 0 Eqn Break 8.511 5.65E-05 0 0 0 -3883 50002000 0 Eqn Break 14.853 ### 2176094 0 0 -8773 50002000 0 Eqn Break 24.7948 ### 2828515 0 0 -13588 50002000 0 Eqn Break 31.7188 ### 3627132 0 0 -17830 50002000 0 Eqn Break 35.0585 7.95E-05 0 0 0 -14306 50002000 -0.84286 2.335408 0.000343 -13159 -63.417 -4.49E-08 90412.58 2000 22500 -1.69928 30.32184 -0.000324 -80596.75 -417.1534 2.74E-08 49108.4 2500 22000 -1.41415 53.17315 -0.001829 -106254 -697.733 1.71E-07 -4818.769 2000 2

305.38 406 S State Tr 10.112 0.027701 -139600 0 0 -4568 357.252000 0 Eqn Break 8.8663 ### 924062 0 0 -4492 50002000 0 Eqn Break 13.9001 8.82E-07 1683212 0 0 -7789 50002000 -14.3754 177.2803 0.002308 38541.43 -980.44 -1.31E-07 -34882 2000 32000 0.068351 -3.604082 0.000944 10476.75 -124.808 2.21E-09 27911.95 386.8 3.2703513000 0.2219 -16.36933 -0.001073 -104999 -281.798 -3.46E-08 66406.08 368.3 -2.0411

371 622 Melting Pt 8.91449 -0.002231 -166.144 0 ### -1904.8 1177500 0 Eqn Break 820.833 -0.91088 43793300 0 0.0004 -314065 723.15800 0 Eqn Break 190.036 -0.13617 20586700 0 4.18E-05 -102645 1300785 1350 S State Tr 27.08 0 0 0 0 -7703 948

1000 0 Eqn Break -880.03 0.395155 -2.6E+08 0 -4.82E-05 804154 1276458 61 S State Tr 21.832 0.016156 0 0 0 -7925 514740 320 S State Tr 20.342 0.002063 0 0 0 -6437 2000

1073.8 6760 Melting Pt 16.36 0 0 0 0 -79 18002000 0.14825 -21.17519 0.004464 11787.63 58.5956 8.42E-09 -42363.61 371 5.11174

500 26.47639 -129.9326 -0.013252 153217.3 1401.869 6.5E-08 -233221 371 31.43988792 4951 S State Tr 108.33 -0.033498 0 0 0 -38886 888600 10.75043 -14.98158 -0.01904 72835.3 387.978 6.45E-06 3206.31 371 15.71392437 420 S State Tr 8.20284 0.024669 0 0 0 -4236 554500 0 Eqn Break -338.1 0.374 0 0 0 81030 550

2000 1.50255 -37.09933 0.004303 60844.5 249.112 1.62E-08 18272.3 371 6.46604825 7.5325 -28.22349 -0.006536 -35706 498.224 1.67E-06 -64608.46 371 12.49599572 1720 S State Tr 20.561 0 0 0 0 -5483 596

2740 6302 Melting Pt 8 0 0 0 0 2857.996 30003000 1.9431 -57.07821 0.000321 33338.8 291.858 2.49E-08 173065.4 2740 3.708383000 0.00117 -20.34055 0.000353 -6294.25 -133.092 6.62E-08 48726.68 2740 1.76645

800 0 Eqn Break -144.727 0.06685 -3.6E+07 0 0 126718 10903000 -0.42468 -0.963846 0.000327 43430.05 -111.668 8.08E-08 -47220.08 2740 1.34065000 1 61 1

631 0 Curie Pt 67.079 -0.045625 0 0 0 -21735.69 6551000 891.2894 -7168.307 -0.470659 4209022 52337.95 8.47E-05 -390008 631 110.96341100 2545.763 -20321.11 -1.40038 10621940 143857.2 0.000251 -737363 368.3 2536.7112000 832.8517 -6681.619 -0.4563 3557727 47210.65 8.35E-05 -176278 631 52.525651304 18467 Melting Pt 23.9 0 0 0 0 7124 14002000 837.6722 -6713.568 -0.457739 3674219 47806.58 8.36E-05 -240690 631 57.3462

525 0 S State Tr -8.186 0.02013 0 0 0 1689 5652500 832.7479 -6681.241 -0.456729 3589044 47250.75 8.36E-05 -145899 631 52.42185

623 1400 S State Tr 9.052 0.003689 3500 0 0 -1607 12501280 15744 Melting Pt 21.75 0 0 0 0 6868 18001200 856.664 -6763.532 -0.470581 3988778 48948.85 8.48E-05 -439989 368.3 854.4015000 1.37985 -30.00118 -0.00019 2.75E+04 249.112 1.22E-08 ### 3000 -0.80023000 0 Eqn Break 8.487 0.000174 0 0 0 -3597 50002000 -6.443351 71.73599 0.001365 20858.5 -438.986 -7.89E-08 36045.73 2000 1

317.3 157 Melting Pt 6.292 0 0 0 0 -1729.163 552.32000 -1.152 -23.34209 0.003174 -450 0 0 75561.8 317.3 1.341

704 -0.965 9.909697 0.001913 20200 0 0 -4453.203 317.3 1.5282000 -2.638 -14.04124 0.006466 12667.6 -154.492 0 35406.59 317.3 2.348

631 21900 Sublimatio 90.6807 -0.000773 3038260 -807.574 0 3059 20002000 -70.4115 781.9724 0.022878 106873.5 -4658.3 -5.78E-07 -673589 317.3 -60.43952000 -40.1048 428.374 0.018642 301972 -2199.148 -3.59E-07 -522558 317.3 -30.1328

561 9820 Melting Pt 141.457 0 0 0 0 -48746 7872000 4.717 -24.4803 0.007589 -233366 0 0 -33353.81 317.3 14.689

313.9 2465 S State Tr 44.095 0 0 0 0 -10766 4462500 2.717999 -39.372 0.007589 -233400 0 0 -32799.81 317.3 12.692500 -4.281002 34.27421 0.007589 -233439 0 0 -35112.81 317.3 5.6909982000 -1.52035 -7.63862 0.003168 -14429.5 -108.09 1.62E-08 -4770.959 317.3 0.972652000 -7.2252 58.21011 0.004554 13442.5 -488.44 -7.93E-08 -72826.72 317.3 -4.7322

600.65 1147 Melting Pt 7.6444 -0.000324 -26683 0 0 -1267 12681000 0 Eqn Break -65.7453 0.009141 9.14E+06 4009.24 ### -75210 42002000 0.771 -42.8073 0.00333 51400 0 0 79681.55 600.65 6.3578611500 5.5491 -46.75451 0.003064 114589 498.224 3.24E-08 -35860.51 600.65 01500 8.45 -92.04643 9.4E-05 -114200 0 0 21421.67 368.3 3.9241250 28.21575 -107.8818 -0.016284 -27077.5 1245.56 8.1E-08 -280263 368.3 25.952751000 2.829558 47.65784 -0.00163 501569.3 996.448 4.2E-09 -337068 600.65 8.4164181500 8.32365 -52.36976 0.004596 171883.5 747.336 4.86E-08 -82961.27 600.65 01000 -125.2778 1104.134 0.049869 -279852 -6992.892 -6.17E-06 -142765 600.65 -116.89751230 26.4383 -78.51102 -0.017456 56897 1494.672 9.72E-08 -335140 368.3 24.17531500 11.0982 -51.24902 0.006129 229178 996.448 6.48E-08 -145991 600.65 01500 13.87275 -55.62427 0.007661 286472.5 1245.56 8.1E-08 -188074 600.65 01170 28.1484 -53.89508 -0.016602 251006 1992.896 1.3E-07 -449118 368.3 25.88541500 16.6473 -58.99853 0.009193 343767 1494.672 9.72E-08 -244053 600.65 02000 5.0125 -65.65599 0.001613 26050 0 0 18412.75 332.6 0.432

644 3940 Melting Pt 26.8 0 0 0 0 -6369 12002000 9.04 -90.37368 0.001661 34050 0 0 -22335.78 332.6 -0.1212000 15.22 -115.8176 0.001558 56700 0 0 -104777 332.6 -3.102

771 5230 Melting Pt 7.933 0.011797 44200 0 0 1493 12002000 1.28843 -29.71482 0.001592 74280.3 124.9072 1.62E-08 15749.52 600.65 4.08186

762 400 S State Tr 10.804 0.001497 45800 0 0 -3137 11591159 6130 Melting Pt 13.836 0 0 0 0 1129 1500

700 4.0631 8.59869 -0.002166 143739 498.224 3.24E-08 -70545.24 600.65 6.856531386.5 4500 Melting Pt 16 0 0 0 0 -3534 1600

2000 4.145 -65.0434 -1.1E-05 -33550 0 0 32959.33 368.3 1.8821100 -108.3758 1021.064 0.032123 -1213562 -8320.672 -5.25E-06 -169629 368.3 -110.63881440 27.7792 -120.8447 -0.01638 -120722 996.448 6.48E-08 -221619 368.3 25.51622042 4696 Melting Pt 8.3 0 0 0 0 473 41021500 4.015 -21.03783 -0.003136 -41600 0 0 -18702.93 368.3 1.7521500 5.768999 -29.29863 -0.004682 -77700 0 0 -24574.6 368.3 1.242999

368.3 96 S State Tr 5.911 0.000029 0 0 0 -1691.224 388.363000 0 Eqn Break 9.318 0.000107 0 0 0 -3860 5000

3000 8.540999 -92.33815 -0.004835 -182449.5 -218.362 -1.5E-08 39497 368.3 1.7519993000 9.3186 -89.91678 -0.006334 -224475.5 -370.234 -2.54E-08 39333.33 368.3 0.26663000 13.6787 -126.4919 -0.008484 -245678.5 -177.8896 0 36211.67 368.3 2.36373000 16.1961 -140.2885 -0.010223 -292888 -137.2444 0 31074 368.3 2.6180993000 18.1864 -155.6041 -0.011923 -341017.5 -166.053 0 33752.33 368.3 2.3453983000 18.2194 -149.0112 -0.013192 -422196.5 -357.22 -2.65E-08 34055.66 368.3 0.1153983000 0 Eqn Break 10.1917 ### 4704000 0 0 -8095 50003000 0 Eqn Break 13.8592 ### 1008000 0 0 -6731 50003000 0 Eqn Break 19.461 3.50E-05 0 0 0 -8940 5000

903.9 4750 Melting Pt 7.5 0 0 0 0 1954 1949879 1000 S State Tr 25.917 0.001469 0 0 0 -7117 928928 6.65065 5.043354 -0.005479 221860.5 747.336 1.51E-06 -175764 903.9 7.02065

1200 19.4934 -85.40543 -0.007662 426475.5 1838.086 1.53E-06 -230418 903.9 19.8634700 7.992348 27.63078 0.003885 433305 1245.56 -9.67E-07 -243283 700 2

2000 9.444 -100.4882 -0.007596 -75846 0 2.93E-06 51804.57 903.9 10.1841000 -3.264099 113.1184 -0.006643 311915 -6.82202 3.02E-06 -293957 903.9 -2.524099

494.3 1472 Melting Pt 17.923 -0.011259 366135 0 ### -4685.316 1016.552000 0.33 -34.84574 0.001005 3000 0 0 56417.74 494.3 12.7912000 0.26 -41.10783 0.002687 13850 0 0 33523.49 494.3 25.1822000 2.482 -63.34867 0.003191 2450 0 0 43107.23 494.3 39.8652000 1.98 -66.15781 0.004736 -2000 0 0 44824.98 494.3 51.8242000 1.498999 -54.59751 0.005915 31050 0 0 33764.72 494.3 63.8042000 0.993999 -53.40465 0.0071 22800 0 0 33074.47 494.3 75.762000 0.483 -52.94392 0.008292 44050 0 0 34985.21 494.3 87.712000 0.3036 -53.91898 0.009428 37111 29.3864 0 37425.96 494.3 99.99161687 12082 Melting Pt 6.1 0 0 0 0 10374.29 35082000 0 Eqn Break 11.64 0 -4093710 -218.7 0 5644 50002000 -5.84588 20.90079 0.002827 -58964.5 -463.836 -2.07E-07 97897.87 1687 -4.21461000 0 Eqn Break 26.5179 0.001446 1000690 0 0 -11355 25002000 0 Eqn Break 14.0808 0.000281 1084206 0 0 -4948 50002000 3.564479 68.24735 -0.003403 236674.4 61.744 1.23E-07 -189654 1687 6.0113992000 0 Eqn Break 11.712 0.000175 0 0 0 -4957 35002000 0 Eqn Break 12.26 3.25E-05 0 0 0 -5522 35002000 1.52661 -38.27268 0.000571 -31421.07 58.5956 -5.22E-08 47608.39 1687 2.342252000 0.83016 -16.22779 0.000615 -5108.75 28.7052 -4.38E-08 -40213.28 1687 1.64582000 -2.72849 30.31662 0.001134 -419.824 -148.1472 -8E-08 -92735 1687 -1.912852000 -5.559839 76.52986 0.001422 8317.301 -276.6436 -9.67E-08 -157604 1687 -4.7441992000 -24.10922 227.5985 0.003332 -370202 -2509.031 -1.12E-07 67285.54 1687 -23.293582000 -23.07397 237.5415 0.00265 -282554 -2406.799 -6.47E-08 -16373.13 1687 -22.258332000 -28.62288 292.5652 0.00299 -421266 -3085.372 -4.81E-08 29392.37 1687 -27.807242000 -10.51165 120.6241 0.001584 -63450.42 -924.7042 -6.63E-08 -113888 1687 -9.6960112000 0 Eqn Break 8.459 0.000115 0 0 0 -2995 3500

543 310 S State Tr 16.167 0.000501 567200 0 0 -6506 20001996 0 Eqn Break 20.5 0 0 0 0 -13236 35002000 -38.27124 366.0465 0.011388 -215981 -2635.836 -1.17E-06 -202194 1687 -37.4556

600 0 Eqn Break 295.258 -0.280945 20943400 0 0.000107 -129977 847390 50 S State Tr 9.816 0.0046 0 0 0 -3393 500

2000 0 Eqn Break 13.915 0.000183 0 0 0 -5233 3500505.12 1680 Melting Pt 6.7157 2.03E-05 -43796 0 0 -202.7 2000

2000 5.9428 -56.2328 0.0039 164822.5 498.224 3.24E-08 -62886.7 505.12 9.43821500 8.884 -91.47974 0.00125 -148000 0 0 2380.48 368.3 4.358

650 -3.9292 28.16932 0.012453 -19331 0 -4.28E-06 -60961.19 368.3 -10.71822000 8.91505 -62.556 0.00585 247123.5 747.336 4.86E-08 -130630 505.12 14.158152000 11.88624 -70.57052 0.007801 329582.5 996.448 6.48E-08 -199772 505.12 18.87704

382 7990 Boiling Pt 25.699 0.000057 204800 0 0 1149 10001000 -0.67645 20.88839 0.001014 98394.5 249.112 1.62E-08 -71271.85 505.12 1.071212000 1.03655 -28.65877 0.002213 50873.05 77.9556 1.62E-08 3992.15 505.12 2.784211800 -46.3922 445.5466 0.011311 -322615 -3325.676 -6.44E-07 -120805 505.12 -44.644542700 0 Eqn Break -39.868 0.006233 -1.1E+08 0 0 119130 32582000 0 Eqn Break 8.3543 -4.80E-05 1740000 0 ### -6147 60002000 15.9397 -139.401 -0.004092 220404.5 1312.556 2.51E-07 -59408.23 2000 22200 9.098101 -46.31289 -0.004928 109111.8 594.606 1.9E-07 -68580.47 2200 21100 0 Eqn Break 29.5299 0.004948 -4145930 0 0 -2700 20003000 -11.137 62.71756 0.018968 247283 232.64 -4.7E-06 -50551.25 550 5.8792500 10.2929 -91.66871 -0.002234 170069.5 936.1042 1.29E-07 -40785.12 2500 22500 10.2929 -97.86071 -0.002234 170069.5 936.1042 1.29E-07 -40785.12 2500 21800 3.5331 -9.379812 -0.001532 95112.75 361.966 8.8E-08 -62941.36 1800 2

722.65 4180 Melting Pt 9 0 0 0 0 761.0646 13392000 -0.132 -32.43427 0.00247 -7600 0 0 50831.3 722.65 4.3532000 11.22553 -133.9465 0.000945 94521.5 726.878 3.9E-07 34871.59 722.65 20.195532000 7.95011 -96.95684 0.001449 194057 867.954 6.86E-08 10207.54 722.65 12.435111006 6760 Melting Pt 27.6 0 0 0 0 -8516 15001500 -5.5726 39.83038 0.004235 37941.65 -318.032 -1.18E-07 -13900.22 722.65 -1.08761156 1017 S State Tr 0.232576 0.002071 -2804130 0 0 6469 19452000 -7.18205 35.54109 0.002827 -38232.22 -521.2164 -1.3E-07 39759.76 1156 -12.42647

1581.5 59440 Sublimation 13.035 0.000577 -678700 0 0 63761 20002000 0.6302 -13.84369 0.0012 32254.75 117.1912 -5E-08 -57635.91 1156 -4.6142241000 -0.794149 55.00683 -0.00225 -27326.66 175.7868 4.17E-07 -174049 1000 22000 -3.45945 37.181 0.001812 85491.38 -88.5972 -4.63E-08 -130182 1156 -8.7038742000 -1.1113 33.93516 0.000835 59258 95.82741 3.37E-08 -183880 1156 -6.355724

409 8546 Boiling Pt 25.701 0.000038 279400 0 0 1207 20001265 0.11845 16.89286 0.00065 140919 249.112 -2.61E-07 -132716 1156 -5.1259743000 -1.90645 -7.000033 0.001788 -1669.9 -181.596 -4.27E-08 14167.68 1156 -7.1508741300 0.7791 27.62091 0.000245 268989 498.224 3.24E-08 -230450 1156 -4.4653243000 -1.4142 6.993294 0.001539 48568.7 -128.342 -1E-08 -72503.08 1156 -6.6586241000 0 Eqn Break 13.8499 0.001389 -1126550 0 0 -2505 20002000 -2.245999 13.32368 0.001608 36885.08 -115.4264 -2.57E-08 -58179 1156 -7.4904232000 -1.958949 22.18508 0.001501 42005.15 -36.84082 -1.82E-08 -160416 1156 -7.2033732190 5461 Melting Pt 11.043 0 0 0 0 -3774 36943680 8500 Melting Pt 8.5 0 0 0 0 1905 50001100 0 Eqn Break -37.9656 0.00244 12366800 3497.16 0 -82082.69 3000

600 72.09748 -609.6002 -0.015235 914920.9 6534.823 3.81E-07 -253594 600 31500 -11.06104 60.9713 0.01125 144596.8 -87.0096 -2.4E-06 -18943.88 550 -2.5530393000 1.373659 30.2059 0.000101 378341.3 970.0284 6.68E-08 -288691 3000 23000 -7.182759 139.386 0.001418 422376.7 483.5455 3.45E-08 -417722 3000 23000 -8.450112 168.2306 0.001511 511557.2 570.9736 3.26E-08 -494344 3000 23000 -11.11248 234.9258 0.001768 650362.6 909.7428 5.61E-08 -685570 3000 22000 -1.74567 -8.101739 0.000989 -24133 -258.2728 -3.21E-08 109957.1 2000 21800 -51.83392 477.348 0.016079 -275627 -3373.921 -1.69E-06 -124077 1800 22000 -4.101621 26.13322 0.001509 6539.002 -375.5848 -6.17E-08 13106.33 2000 21051 410 S State Tr 18.8234 0.001836 -1194360 0 0 -3625.41 17473000 -2.675971 34.75274 0.000797 102881.1 -113.0908 5.9E-11 -70440.43 3000 2

692.73 1750 Melting Pt 7.5 0 0 0 0 -865.1936 1180675 3740 Melting Pt 27.2 0 0 0 0 -7964.686 1000500 27.48335 -153.2855 -0.015994 206290 1594.612 9.59E-08 -203184 500 3570 2330 Melting Pt 15.735 0.002764 0 0 0 -2627 700

1000 4.0537 35.25557 -0.002658 453145.5 996.448 1.55E-06 -288188 692.73 6.45471400 -0.5188 67.59694 -0.003085 657128 996.448 2.31E-06 -295118 692.73 1.8822

2248 13000 Melting Pt 14.5 0 0 0 0 5460 25001800 1.573 -6.591448 -0.000974 -20350 0 0 -48270.92 368.3 -0.691800 1.454 -5.854041 -0.000908 -18150 0 0 -46095.92 368.3 -0.8091015 4870 S State Tr 34.7 0 0 0 0 -6619.557 12001136 951 S State Tr 4.824 0.000811 -21600 0 0 515 21251050 -3.4086 167.1322 0.007304 1559106 1992.896 1.3E-07 -564224 368.3 -7.93461478 1930 S State Tr 18.78 0 0 0 0 -5206.88 2500

60080 Boiling Pt 4.968 0 0 0 0 66609 3000 13 2 15 1 65 1.53 2 65 0.5

179 S State Tr 19.8 0 0 0 0 -4868 1110 18604560 Melting Pt 35 0 0 0 0 1605 1025 16.2272

-1813.333 14485.61 1.008048 -7718150 -102767 -0.000187 453999.5 332.6 -1817.913 14527.29-601.4878 4841.267 0.316507 -2746382 -34660.4 -5.59E-05 133134.3 730 -4.96485 40.66258

2250 Melting Pt 14 0 0 0 0 -539 1200 11.37352900 Melting Pt 32.6591 -0.001508 0 0 0 -7173 600 22.44202

70100 Boiling Pt 5 77150 5000 170.99091 0.000131 14795.48 -719.472 2.65E-08 -150857 2798 -6.980921 119.1905 0.000131

65 1.5 38 1.5 4 12784.696 0.084748 -1399060 -20144.52 -7.08E-06 -721048 388.36 -321.7737 2928.473 0.12228194.66665 0.000566 94698.75 -195.9764 -2.52E-08 -313835 2000 2 4 2

-52.20618 0.006477 -42706 -1144.468 1.86E-08 -113297 458.4 -22.11632 234.1826 0.006681-50.3205 1.06E-05 84754.5 16.812 6.52E-09 -38131.56 2798 -0.43545 46.07863 1.06E-05

-53.88557 -0.000293 202099 335.084 2.59E-08 -100691 2798 1.5802 42.51355 -0.000293-23.44765 268.4577 0.005801 192610.5 -1306.452 4.86E-08 -396985 933.61 -2.748248 105.5919

773.625 0.024297 -130343 -5205.16 -2.64E-06 -598405 1687 -76.33824 775.9123 0.023554371.7994 0.002684 142475.7 -2154.46 2.04E-08 -614520 1600 3 4 2322.3051 0.001843 142652.8 -1778.18 2.04E-08 -614728 1687 -21.50025 324.5924 0.001135.87665 -0.00252 750322.5 1245.56 8.1E-08 -638140 1156 3.477325 77.85087 -0.001572

-381.3134 -0.010036 808009.5 3482.918 4.23E-07 -80643.62 2000 2 4 41030.124 0.014783 402629.5 -6032.164 -1.13E-06 -1618928 1687 -80.06785 1034.698 0.013298

-74.18283 -0.006095 -1044142 -572.234 3.14E-07 -33319.91 933.61 22.094 -155.6154 -0.009423-178.7517 -0.001574 70660.5 1066.618 9.47E-08 156442.1 2000 2 4 1-46.42151 -0.000179 21387.63 58.5956 8.42E-09 -13889.57 2000 2 4 1

-29.1522 -0.000132 31970.4 31.6002 1.68E-08 -68620.24 2000 2 4 1-2.95791 95.26635 -0.007475 -94786.63 -396.4472 2.52E-08 -166137 465.7 -17.43791 170.780419.61829 0.000369 29209.57 -141.0412 -1.81E-08 -140832 2000 2 4 1-29.7595 279.4391 0.007854 -153186 -2126.682 -3.21E-07 -64403.08 933.61 -19.4098 198.0062

-132.8092 -0.002957 141094.5 811.512 1.56E-07 9885.343 2798 11.34455 -84.6096 -0.00295765 1 38 0.5 4 165 1 38 0.5 4 1

8.619818 0.000574 52207.53 -155.6384 -3.18E-08 -84392.33 2000 3 4 15.421925 -0.00529 145244.6 307.7076 7.54E-07 -193689 1000 3 4 1-15.9906 143.3773 0.00406 -179653 -1572.535 -1.47E-08 -32625.76 933.61 -5.6409 61.94437

1 7 1-25.62988 -3.4E-05 -8210 0 0 34871.83 1200 1 7 2

7 2 65 1.58.255651 -6.768193 -0.006543 247883.5 747.336 4.86E-08 -162733 585 -5.84735 79.34599

7 2 65 2.57.903 -48.70181 -0.006757 -168000 0 0 -31117.1 368.3 3.377 -18.33592

-4.8014 26.24473 0.01417 -10558 0 -6E-06 -22309.76 368.3 -11.5904 71.793570 Eqn Break 36.65 0.00765 0 0 0 -14071 585 0

476.6073 0.012553 163881.6 -2153.628 -1.35E-06 -317009 1000 2 7 413.95 -85.014 -0.012554 -278100 0 0 -27291.19 368.3 4.898001 -24.28221

-47.31327 0.002588 142601.5 -124.9106 -9.07E-09 -0.6244 388.36 -31.022 144.3889 0.0526328.184593 -0.00673 -116332 -578.229 9.4E-07 13020.89 1000 2 7 1

-32.92409 0.001377 47823 -156.0966 -4.58E-08 46083.34 388.36 -8.7636 15.00143 0.01388878488 Boiling Pt 6.5 0 0 0 0 82344 3200 1

36.89476 -337.4414 -0.013489 261881.6 2385.802 1.7E-06 75036.56 1337.58 0.69146 -32.4494712000 Melting Pt 7.5 0 0 0 0 7176 4113 114840-8.059 13.06628 0.01098 20967 0 -2.4E-06 131105.4 550 0.449 -40.26746

-81.03082 0.000218 -339791.5 97.568 9.96E-08 188822.6 2000 2 9 2167.2629 0.0035 -385753 -1405.258 -1.15E-07 -107076 2000 2 9 2240.1141 0.004477 -517719.4 -2289.424 -1.55E-07 -327668 2000 2 9 2499.5287 0.003447 -985385 -5377.798 1.38E-07 49040.61 2000 2 9 211.06446 0.001013 -396632.5 -685.144 6.85E-08 30593.9 2000 2 9 2472.4676 -3921.864 -0.134971 3546903 32351.34 -4.76E-06 -474322 550 489.4836 -4028.531

6.1442 2.963217 0.001473 245813.5 747.336 -1.65E-06 -310595 550 23.1602 -103.704325000 Melting Pt 32.5 0 0 0 0 7313 3000 -45.3843

-27.51654 0.010737 53710.75 0 -2.38E-06 71234.81 458.4 -7.2406 20.21493 0.010771-21.18104 0.011734 33752.3 -369.344 -2.45E-06 58167.18 458.4 -11.9372 74.28188 0.011802-28.65692 0.011918 49324.85 -453.726 -2.46E-06 17019.56 458.4 -14.3297 114.5375 0.01202155.4082 0.001631 -262920 -1399.132 2.07E-08 -51196.92 2200 2 9 1

0 S State Tr -9.43585 0.006998 -5276910 0 0 14348.43 1002 1852-8.863469 62.82862 -0.008975 -117254 -952.476 9.02E-06 49047.38 582 -16.1743 104.4094420.3413 0.009258 104818 -1644.676 -3.39E-06 -233301 768 -44.53515 513.2797 0.011146-2.84699 94.49146 -0.015452 220413.3 112.738 9.51E-06 -230340 582 -10.15782 136.072281.60418 0.006626 471769.3 996.448 4.2E-09 -559931 768 -26.32514 267.481 0.010402101.1023 0.007863 405127.5 906.918 3.12E-07 -548800 768 -29.3941 286.9791 0.011639

77.913 0.003973 60627.5 258.652 -2.8E-08 -92226.25 768 -40.18535 356.7282 0.009637-4.196291 143.001 -0.016898 543498.8 -148.02 9.6E-06 -557012 582 -11.50712 184.5818-50.59052 -0.0138 -1830.21 0 9.54E-06 -29205.34 582 -1.950999 -9.009731 0.005069

9.98883 -43.37674 -0.015792 31419.79 0 9.54E-06 -179131 332.6 0.827831 39.97834-35.06031 -0.013705 -3230.21 0 9.54E-06 -111633 582 -2.46 6.52047 0.005164-127.1227 0.002788 251713 1694.552 9.47E-08 -31245.26 768 -0.42845 -34.18427 0.004676

4197 S State Tr 37 0 0 0 0 -13640 1241 748-14.13587 0.005041 7115.175 58.5956 -8.85E-09 -35139.92 768 -13.35407 78.80252 0.006929

3820 Melting Pt 25.98 0 0 0 0 -4980 2000 -0.60757-6.737483 0.004903 7975.25 117.1912 1.68E-08 -120791 768 -13.11535 86.20091 0.006791

1500 S State Tr 49 0 0 0 0 -15839 1300 11.0130384.43993 0.005221 9088.5 -208.79 -4.6E-08 -131951 768 -20.5344 177.3783 0.007109

-1.876239 0.005424 37904.33 21.714 -2.72E-08 -30936 768 -14.4993 91.06216 0.00731217.10324 -0.01379 -17500 -294.262 9.48E-06 -108897 388.36 -7.98507 65.02877 -0.001279271.0305 -0.005718 252062.3 -1165.852 8.73E-06 -350362 388.36 -29.65287 318.9561 0.00679366.12748 -359.3778 -0.076707 -708647 747.336 9.58E-06 -384993 398 9.765481 -8.027835

2919 Melting Pt 6.079 ### 0 0 0 1327 2743 6961765 1 38 1 11 165 1 38 1 11 111 1 15 1 65 1.5

-37.58774 -3E-07 873.825 -127.9988 8.42E-09 17490.23 1560 1.65525 -30.20398 -3E-070.63433 29.93175 -0.003361 -18949.25 117.1912 6.5E-08 -118191 688 -13.81567 130.4435

2050 Melting Pt 29.1 0 0 0 0 -9785 750 -1.0766718.7667 0.000712 -33150.2 -417.0968 -3.65E-08 -81678.44 1560 -2.885101 26.15047 0.00071291.1931 0.001309 -10391.5 -784.024 1.15E-10 -52151.38 388.36 -18.29697 139.1186 0.01382

4673 S State Tr 61.278 -0.002414 14777500 0 0 -46482 2000 -27.6250780.52708 -0.00302 269638.4 63.2452 -1.21E-07 -362829 1560 0.346581 87.91085 -0.00302

0 Eqn Break 6.5 0 0 0 0 898 1910 44200-34.44982 -5.4E-06 139136.5 0 0 46632 1200 1.539 -36.28931 -0.000004-52.31804 -0.000217 433594.5 249.112 1.62E-08 18641.61 1200 2 12 2-44.41086 -0.000954 426571.5 249.112 1.58E-07 13424.61 1200 2 12 2

4000 Melting Pt 43 0 0 0 0 -11239 1300 -4.750951-349.7453 2849.293 0.186216 -1339917 -19584 -3.35E-05 -128732 544.59 -347.0646 2838.481-17.82636 -0.000389 283667.8 412.632 2.6E-08 -175945 1000 2 12 1

12.8485 -83.51054 -0.007542 -306750 0 0 -30782.35 386.8 22.4545 -134.2335-114.3008 0.003206 49800 0 0 -5109.082 458.4 -3.1405 28.8936 0.003308

-50.5627 -0.000862 231084.4 249.112 1.28E-07 24448.42 1200 2 12 1-43.28871 0.003258 61457.35 0 -2E-08 40685.02 388.36 -7.84974 4.636815 0.015769-21.75466 -0.000576 -1971.9 91.8614 3.86E-08 22520.27 3000 1 14 0.5

0 Eqn Break 9.26 0 0 0 0 4130 4000 1-7.563056 -0.000147 10137.63 58.5956 8.42E-09 -571.3974 2000 2 14 0.5-14.75652 -0.000261 35264.28 137.544 8.68E-09 -18687.73 2000 2 14 0.557.27469 0.000618 70969.83 -73.37597 -4.12E-08 -65589.74 2000 2 14 0.5134.7091 0.001173 144432.9 -208.608 -7.8E-08 -107694 2000 2 14 0.5

15 11 15 1

22.5417 -250.6396 -0.003092 75540 1983.458 1.5E-07 189023 3000 2.5172 -67.0954415 2 20 115 2 20 215 2 20 315 2 31 115 2 31 215 2 31 315 2 38 115 2 38 215 2 38 315 2 57 115 3 38 415 6 38 315 1 20 0.515 1 20 115 1 20 1.515 1 20 215 1 38 0.515 1 38 115 1 38 1.5

2.259882 30.23527 -0.004729 -248407 -904.2299 5.02E-07 -8126.701 1500 -15.74821 170.3405-223.5332 -0.001705 168615.5 847.276 1.46E-07 55867.49 458.4 6.424201 -32.60732 -0.001569

15 1 57 0.511.16935 0.00052 -135438 -588.516 -8.4E-09 -19298.5 5000 2 15 175.71126 0.000851 -95988.5 -1023.357 -1.66E-08 -84305 5000 2 15 1

15 1 65 0.5 20 115 1 65 0.5 31 1

8.16265 -85.83681 -0.00262 -9680.851 372.986 6.35E-08 -34821.43 368.3 5.89965 -70.65387-72.00616 -0.000215 36661.55 139.314 1.62E-08 27614.44 388.36 -11.9637 23.8449 0.024807

2040 Melting Pt 7 0 0 0 0 823 1757 3662610.6105 -0.011844 511167 1753.324 -6.22E-07 -240005 800 3 57 1

152.9396 0.007706 272283 112.738 -9.61E-07 -242618 800 3 65 1-71.79673 0.008254 80286 785.974 1.02E-07 74459.08 1112 15.32765 -159.822 -0.001611

9.67875 -11.4499 -0.003117 905857.5 2358.026 2.69E-06 -535723 720 1.83715 41.67323970 Melting Pt 96.85 0 0 0 0 -45323 2000 31.16785

3391 S State Tr 48.907 0 0 0 0 -16529 2403 1700022.4104 -7.164491 -0.00763 626206 1992.896 1.3E-07 -1000296 317.3 27.3964 -35.83709

288.0689 0.01383 631583 557.832 6.69E-07 -875268 933.61 -2.920399 125.2037 0.007175153.337 0.007328 189627.5 258.652 -2.8E-08 -113525 900 2 16 3

611.1311 0.019664 136409.3 -2373.196 -7.8E-09 -948419 1112 -36.42843 479.0932 0.004866441.7937 0.014936 150114.3 -1398.82 2.04E-08 -704302 1112 -21.40479 309.7558 0.000138148.3913 0.004581 422241.5 279.592 4.29E-07 -564392 933.61 11.9905 -14.47389 -0.002074

16.8282 -160.4827 -0.005209 230977 1694.552 1.4E-06 -25850.94 720 10.6366 -124.01216 1 15 1 65 1.5

-34.31406 8.72E-05 435890 1594.612 9.59E-08 -303689 1112 15.73735 -78.3267 -0.0048452.57352 0.004763 12237.63 58.5956 8.42E-09 -25702.13 1112 3.20125 -41.43913 -0.000169

-7.314501 81.65238 0.006422 117648.3 117.1912 -1.25E-06 -193677 720 -11.2353 108.213821.5691 0.004713 17175.25 117.1912 1.68E-08 -115795 1112 2.3645 -22.44354 -0.000219

-4.896525 0.004561 35525.93 137.544 2.66E-08 -67891.47 1112 4.09489 -48.90917 -0.0003710 Lambda Pt 36.832 0 17438900 0 0 -40255 1690 7120

9.678256 0.004711 53866.75 182.5974 1.74E-08 -192583 1112 3.7828 -34.33439 -0.0002227.729898 1.302102 -0.003668 353056.5 1337.772 2.24E-06 -375191 720 3.809098 27.86355

19000 Melting Pt 15 0 0 0 0 10212 4000 -1.87345125.7936 0.010087 -66562.5 -880.936 -6E-07 12967.78 1112 -11.25695 81.78097 0.00515562.98194 0.003232 -865.801 -416.036 -7.11E-08 -111456 388.36 -15.3815 110.9075 0.015743

-16.98311 -0.006187 223283.5 747.336 4.86E-08 -282517 388.36 2.11565 30.94242 0.006324-277.6463 -0.017416 508516.5 3011.668 7.89E-07 -358532 388.36 36.08083 -229.7208 -0.004905-387.5117 -0.02119 668954 3987.168 1.14E-06 -363463 388.36 48.9077 -339.5861 -0.008679-304.5447 -0.018352 548305 3253.588 8.76E-07 -362138 388.36 39.2619 -256.6191 -0.005841147.7777 0.004978 134512.8 -153.352 -1.2E-08 -392703 1112 -4.204889 103.7651 4.56E-05233.0109 0.006094 62130.2 -913.348 -1.2E-08 -389846 1112 -13.65909 188.9982 0.001161

-3.632749 74.2542 0.004269 501648.5 747.336 -3E-07 -407437 720 -7.553549 100.815723809 Boiling Pt 4.968 0 0 0 0 25249.05 2000 1

-39.87703 0 0 0 0 26031.43 1040 0 0 0-1.2165 43.79966 -0.001379 9575.25 117.1912 1.68E-08 -95130.31 594.26 0.5695 34.81274

7.003979 -0.000992 95244.5 249.112 1.62E-08 -65318.33 1040 -0.14445 46.87994 -0.000992-55.22932 -0.000373 67225.95 249.112 3.09E-08 27469.67 1040 2.68885 -15.35337 -0.0003736.066839 0.000737 37700 0 0 -36098.74 388.36 -8.59 53.99237 0.013248

-64.63248 -0.013551 193582.6 996.448 7.66E-07 -228244 388.36 11.9798 -16.70695 -0.001041305 Melting Pt 9.01 0 0 0 0 -1608.103 2000 1

71.04943 5.53E-05 -213943 -1256.318 1.12E-07 110523.7 1071 -9.973999 72.10839 5.53E-05-263.3074 -0.004232 444319.5 2541.828 1.42E-07 -58531.65 1071 28.6811 -261.1895 -0.00423223.08671 -0.001091 339351.5 747.336 -4.1E-07 -436390 1000 2 18 236.99189 0.002701 75600 0 0 -285507 388.36 -27.799 180.7685 0.040234180.3859 0.004196 -27204.5 -1035.886 -4.41E-07 -255097 1071 -15.3518 181.4449 0.004196

20 0.51 20 1

20 1 65 0.520 0.5 65 0.5

0 Curie Pt -29.3262 0.007581 -3.6E+07 0 0 61595.31 1768 3700-1.356 -27.30217 0.001763 32550 0 0 101033.9 700 823.83 -7311.775

-14269.18 -0.391551 38844267 141276.6 3.26E-05 -1348854 1000 3 22 2-19127.14 -0.440338 56741333 194733.8 2.46E-05 -1651388 1000 2 22 3-150.6509 -0.01475 214571 1066.502 1.74E-06 -91665.35 388.36 -11.3935 41.0512 0.035294-7031.755 -0.18909 19059065 69501.21 1.54E-05 -554254 1394 -62.76365 529.313 0.015561

-0.86153 -0.001436 39500 0 0 -50846.89 388.36 -6.42324 41.79219 0.009699-0.512653 -0.001789 64350 0 0 -37012.63 388.36 -15.162 95.3384 0.023233

9.6612 -1.592008 -0.005007 374178 996.448 6.48E-08 -220974 368.3 7.3982 13.590944047 Melting Pt 9.4 0 0 0 0 18 2943 82298

-8.27863 10.86912 0.014643 9701.75 0 -1.1E-07 93762 311.5 -20.81663 146.0762-262.1968 1865.849 0.034851 455413.5 -6749.264 0.000234 -102158 311.5 -615.1548 5279.475282.2509 0.005936 -462116 -2390 -2.91E-07 -14811.89 2130 19.19123 -137.5774 -0.005511

0 Eqn Break -82.5971 0.034803 3252990 4197.6 -6.51E-06 -61467 1200 0

277.4817 0.000679 -1028046 -3475.08 -4.49E-07 -53044.64 368.3 -35.149 323.0306 0.005917404.8992 0.011556 -674331 -3518.068 -5.79E-07 -795.9756 2000 2 23 3540.8111 0.011759 -1050153 -5212.62 -7.34E-07 4872.097 1000 2 23 3

60700 Melting Pt 120 4.58E-12 0 0 0 -69102 2100 -32.103721280.206 0.037416 -2156394 -11468.63 -2.17E-06 28873.73 2000 2 23 7

40.6734 -243.8874 -0.044147 -959076 129.326 1.04E-05 -13926.71 311.5 25.3274 -95.46884158.1418 0.005966 -345537 -1803.418 -2.37E-07 57149.92 2130 3.80275 -51.77239 0.000242

16198 Boiling Pt 4.759 0.000064 -78900 0 0 17063.69 2000 1-33.56764 0.000219 26761.15 0 -1.75E-08 18274.67 952 -0.30932 2.216736 0.000168-51.78319 -0.00021 73044.5 249.112 1.62E-08 13220.91 952 2.25355 -15.99882 -0.000261

1450 S State Tr 17.132 0.002604 0 0 0 -3849 588 1090-55.64152 -0.001153 117599.3 423.903 8.84E-08 -64971.26 952 4.58693 -19.85715 -0.001204-12.41587 -0.005046 134433.5 747.336 4.86E-08 -301875 317.3 12.97565 -26.75217 -0.008231

71891 Boiling Pt -34.3075 0.003968 7522489 2484.655 ### 28533 5000 165 1 38 1 25 1

-44.51445 389.8671 0.015461 -275406.5 -2946.132 -1.75E-06 -25507.78 1357.6 -75.27725 653.1554280 S State Tr 20.38 -0.00037 15300 0 0 -4154 1400 3070

-390.3729 -0.036697 375545.8 3290.804 4.28E-06 -195915 388.36 51.3209 -342.4473 -0.0241861108.944 0.04089 -535793.5 -7774.024 -5E-06 -181020 388.36 -128.6255 1156.869 0.053401378.0984 0.01544 -228055.5 -2812.948 -1.86E-06 -24746.15 1400 2 25 1

-69.49501 -0.000652 32594.5 249.112 1.62E-08 55408.85 2000 2 25 1-152.9345 -0.008778 132494.5 1147.178 8.77E-07 -19294.79 388.36 10.6754 -105.009 0.003733128.8789 -0.003265 238333.1 -222.714 9.39E-08 -185680 388.36 -12.638 176.8045 0.009246

31 0.51 31 10 Eqn Break -74.26 0.043605 0 0 0 36469.04 1043 0

-0.056157 11.27936 -0.001076 68343.08 249.112 8.64E-07 -66315.25 800 -72.88898 533.19891838.304 0.040875 -1148493 -13408.26 -1.64E-06 -545305 388.36 -207.9944 1982.081 0.078408

54.3545 -157.1838 -0.039847 718284 2989.344 3.45E-06 -634880 368.3 47.5655 -111.6351060.125 0.064929 16714552 458.0644 5.96E-08 -228592 1000 -156.7012 1070.579 0.0859391130.713 0.065565 16695576 351.5736 5.05E-08 -282321 1000 -161.5035 1141.167 0.0865751087.721 0.063352 16670314 129.326 -1.4E-08 -124047 1000 2 32 2

0 Curie Pt 34.095 -2.49E-05 -11387 0 0 -10050 1800 -24.684352.94677 37.81872 -0.001807 494916 996.448 1.26E-06 -364714 800 -150.8712 1140.07734.9527 -246.5725 -0.035798 -382868.5 847.276 3.41E-06 8658.09 478 10.4498 -95.80552

0 Curie Pt 11.8917 0.008671 -2E+07 0 9.05E-10 35454 1870 330000 Curie Pt -8891.96 3.37949 -2.3E+09 0 0 7841699 900 0

2176.865 0.128517 33310314 129.326 -1.4E-08 -247784 1000 2 32 432 1 15 1 65 1.5

505.9675 0.03321 8339703 58.5956 -1.94E-08 -1283.709 1000 -78.99042 511.1944 0.043715-1.4715 39.39459 -0.002729 -949.75 117.1912 1.14E-06 -83276.64 800 -78.3805 590.524495.404 0.032066 8379584 327.0952 4.01E-08 -96751.38 1000 -75.9173 500.6309 0.042571

4.512751 21.53135 -0.010995 -47012.13 175.7868 1.15E-06 -96193.31 577 -9.65925 97.12984533.956 0.032778 8355813 175.7868 2.52E-08 -123067 1000 -78.74725 539.1829 0.0432832.24845 -3.903652 -0.003449 13005.4 249.112 1.26E-06 -66807.06 800 -74.66055 547.2257

95 S State Tr 20.3062 -0.007321 -19099.6 0 2.84E-06 -4550 1465 7670-65.4635 -0.004408 169475 567.736 1.13E-06 -43730.85 388.36 -6.90585 30.38755 0.0206149.856296 -0.000129 117153 0 5.12E-07 -41873.85 388.36 -16.1075 105.7074 0.024893461.7214 0.00616 -175851 -3150.512 5.4E-07 -206953 388.36 -51.8462 509.6469 0.018671-4.15713 0.000118 0 0 0 52256 5000 1 38 0.5

1 38 138 1 31 1

3.48745 -11.81662 -0.001274 -29312.5 -18.294 8.31E-08 -56509.1 3000 -2.22751 33.0242138 1 65 1

-11.73251 -0.001825 -83177.95 -385.486 1.87E-07 -695.1228 388.36 -6.1999 36.19302 0.010686-14.34472 -0.000436 -7895.5 -385.486 -6.18E-08 7350.102 388.36 -14.91792 81.50633 0.024586238.9645 0.001963 -867.5 -1690.078 -7.26E-08 -166593 388.36 -26.86562 286.8901 0.0144740.953655 -0.022724 83782.5 610.962 2.96E-09 -198233 388.36 6.11928 48.87918 -0.01021319.88066 2.35E-05 -78372.3 -319.673 1.18E-08 -9726.9 3000 2 38 0.5

38 0.5 15 1 57 0.538 0.5 20 0.538 0.5 31 0.538 0.5 31 0.538 0.5 57 0.5 65 1.5

-2.08695 33.21889 2.27E-05 -29171.75 -335.185 1.48E-09 2969.313 2000 -10.20075 113.3456

1 41 1-0.003381 0 0 0 0 -0.151 2000 1 41 1

21995 Boiling Pt 14.913 -0.000003 246900 0 0 25608 2000 1.35349921.32917 -0.000181 54851.8 132.576 1.74E-08 -86288.16 2000 2 41 120.81555 -0.006869 52139.05 249.112 1.16E-06 -38269.91 749 2 41 1

3.399 -15.02104 -0.003471 -36150 0 0 -12052.71 368.3 1.136 0.161908-64.3393 -0.000146 14024.5 76.3146 0 24789.37 458.4 0.37893 -16.60784 -0.000112

10021 Boiling Pt 8.941 0.000068 15300 0 0 12196.44 3000 1-95.47588 -0.000068 7350 0 0 14714.75 458.4 0.002 -0.012952 0-31.53724 0.000814 5431.45 0 -1.93E-08 6665.227 386.8 5.06182 -48.44489 6.8E-05

-1.65425 26.04107 0.000645 -6562.375 58.5956 8.42E-09 -9407.718 300.53 -14.67925 102.5156-55.11795 -0.000166 13237.63 58.5956 8.42E-09 3627.704 458.4 0.67375 -7.386487 -0.000132

1 44 142.33564 0.000409 -142800.5 -829.05 7.26E-08 63515.77 2000 1 44 147.09088 -0.001862 1309059 2989.344 -2.52E-06 -679512 388.36 -1.112303 190.8675 0.03567156.97007 -0.000559 102645.3 270.5334 5.05E-08 -215926 2000 2 44 2-52.3443 -0.000133 94443.4 98.9314 1.62E-08 -11697.22 2000 2 44 238.01397 -0.001558 391131.5 747.336 2.57E-08 -230824 1600 2 44 2

970 S State Tr 38.3 0 0 0 0 -14650 1300 -0.672001-0.819 9.228687 0.001489 9800 0 0 -32177.58 368.3 -3.082 24.41163

-38.09214 0.004781 64950 0 0 55504.31 388.36 -8.501 9.833389 0.017292-2.428 19.54317 0.00217 59613.5 0 7.31E-07 -8192.022 429.78 1.919 -5.422027

-4.8618 33.52258 0.007255 62563.7 0 -4.6E-07 -29448.17 429.78 -0.5148 8.557386-2.897 17.25795 0.005134 42350 0 0 -17891.62 429.78 1.45 -7.70724619038 Boiling Pt 6.42382 -0.00067 497405 0 1.16E-07 18431.17 3000 0

-81.64174 -0.004827 6465.29 0 9.93E-07 31481.42 1043.7 3.90464 -10.74672 -0.001587112.4906 -0.003571 -106400 -1351.54 9.63E-07 -147108 1043.7 -10.35338 183.3856 -0.000331

46.8509 0.02019 -1350 0 0 -137422 336.35 6.786261 -40.08055 -0.004527-9.56495 122.1244 0.014409 99799 112.454 -6.16E-07 -278144 336.35 6.06731 35.19294

-51.59493 -0.004786 15690.54 117.1912 1.01E-06 -147792 1043.7 3.20014 19.30009 -0.001546300 S State Tr -569.887 0.355995 -7.4E+07 0 0 357878 670 9500

-61.23402 -0.004889 59543.84 275.088 1.01E-06 -207654 1043.7 4.49014 9.66101 -0.001649-102.7908 -0.00309 14265.29 0 9.93E-07 -99108.67 386.8 17.13626 -136.6061 -0.004582-8.009757 -0.006857 111459.8 249.112 1.01E-06 -84018.33 1043.7 1.117191 62.88527 -0.003618-13.00961 -0.011122 158354.3 498.224 1.03E-06 -122959 800 2 47 2

0 Lambda Pt -381.088 0.08869 -2.7E+08 0 0 572910 1100 012.735 -71.26401 -0.016026 -244050 0 0 -108091 336.35 28.36726 -158.1955

8220 Melting Pt 48.15 0 0 0 0 -8022 2000 5.131699173.6933 -0.002607 -12010.71 -1512.492 7.77E-07 -253041 368.3 -13.66224 188.8763 -0.000861

380 S State Tr 53.591 0.000528 0 0 0 -18340 1318 8420-17.87739 -0.011523 539070.4 1245.56 9.53E-07 -606384 900 3 47 2-28.59235 -0.010367 243240.1 747.336 9.81E-07 -369682 1043.7 8.984651 42.30268 -0.007127

-5.56506 88.29768 0.005009 119163 -74.01 9.81E-07 -271323 336.35 2.25107 44.83195-1.0965 13.20595 0.008074 -4350 0 0 -93699.69 332.6 -5.677 54.88349

1.908112 0.01 -300 0 0 -46864.88 336.35 4.39013 -41.55761 -0.0023593.1878 -44.90425 0.00923 94620.25 976.602 3.33E-08 -34413.41 336.35 11.00393 -88.36997

-127.4879 -0.003932 89496.4 822.641 6.08E-07 17539.46 1043.7 10.65772 -92.04035 -0.002312-82.82235 684.6826 0.04361 -453513 -4741.664 -5.26E-06 -81505.83 336.35 -75.00622 641.2169-47.41063 -0.002485 7620.27 58.5956 5.05E-07 -50974 1043.7 2.60107 -11.96312 -0.00086522.68945 -67.28102 -0.01685 85715.63 1055.044 7.32E-08 -107843 336.35 30.50558 -110.7467-3.66255 40.31835 0.006891 17953.98 137.544 3.39E-07 -137349 336.35 4.15358 -3.147375

-53.33081 -0.002534 29546.92 137.544 5.05E-07 -78208.29 1043.7 3.26807 -17.8833 -0.000914-418.235 -0.030842 366408.4 3129.117 4.64E-06 -29862.46 800 2 47 124.12078 -0.000959 -55315.2 -598.091 4.23E-07 35365.54 1043.7 -5.66184 59.5683 0.000661

1580 Melting Pt 22 0 0 0 0 -2522 550 -0.41946-3.8765 24.59459 0.008832 -2500 0 0 -78724.2 336.35 3.93963 -18.87113

-72.43179 -0.001644 8032.645 0 4.96E-07 -28822.33 386.8 9.56563 -89.33943 -0.00239-98.5157 -0.021131 80160.64 996.448 5.61E-07 -204301 500 3 47 1

3990 Melting Pt 24.38 0 0 0 0 -4154 1500 64.97822400 Melting Pt 34.084 -0.000607 -104400 0 0 -7706 800 15.36375

-63.09952 -0.002645 56277.15 249.112 5.13E-07 15617.95 1043.7 3.93337 -27.65201 -0.00102521.99987 -0.00228 192192.1 498.224 -4.93E-08 -74167.8 800 2 47 1

1825 Melting Pt 20.4 0 0 0 0 -3411 1300 3.24759-62.91795 -0.003477 100004.4 386.449 5.8E-07 -56861.22 1043.7 5.84591 -27.47043 -0.001858-87.59516 -0.004031 -62717.35 0 4.96E-07 28563.04 368.3 5.85213 -72.41221 -0.002285

35160 Boiling Pt 3.75223 0.000213 -1488230 0 0 39255.77 3000 1535 S State Tr -113.828 0.113897 -1.4E+07 0 -2.71E-05 65969 993.15 10700

-269.4749 -0.021915 430521.7 1917.314 1.61E-06 -50552.09 1086 2 50 330250 Boiling Pt 4.968 0 0 0 0 33516 2000 0

65 1 38 1 54 1-74.67062 0.002161 -292850 0 0 67372.61 1363 2.925 -7.188086 0.000017-97.79092 -0.006822 263240 1594.612 9.59E-08 -278873 1000 3 54 1

300 S State Tr 24.554 0.007137 0 0 0 632 1800 -1000.58518600 Melting Pt. 16 0 0 0 0 4677 4200 -2.73355

0 Eqn Break 8.1377 0.000149 -7988526 0 0 6569 4200 90.279957.050183 0.000956 41850 0 0 -83055.63 388.36 -8.652 54.97571 0.013467

18.4847 -53.0871 -0.011141 227764 1033.647 7.34E-07 -313923 368.3 16.2217 -37.9041617.9557 -48.62114 -0.010963 223056.5 996.448 7.15E-07 -312793 368.3 15.6927 -33.43819

507 S State Tr 7.59 0.001 0 0 0 -2391.057 1410 449-491.0347 -0.016339 827776 3389.104 1.89E-07 -54215.94 1360 69.0668 -475.2288 -0.009799-1000.218 -0.028944 1407019 6127.912 6.54E-07 -82827.51 1360 118.8942 -975.982 -0.018916-29.62929 -0.004751 300459 747.336 2.2E-07 -234431 1350 2 55 23.773561 30.99218 0.001064 473419.3 996.448 4.2E-09 -424158 980 8.13556 2.24333

11.6315 -117.8192 0.001899 345914 1502.846 -4.52E-07 -10582.8 980 18.1745 -160.94254330 S State Tr 50.2 -1.27E-11 0.053268 0 0 -17591 1800 -41.83754320 S State Tr 50.6478 -7.79E-05 353476 0 0 -18337 1800 4.169701

-357.1335 -0.009966 471469.5 2541.828 1.42E-07 -38101.38 1360 41.5091 -349.7574 -0.00691455 1 15 1 65 1.5

-15.6955 146.4155 0.034188 547966.5 996.448 -1.75E-05 -304847 580 3204.75 -20874.660.32655 8.769822 0.00115 84277 249.112 -9.53E-08 -94592 980 2.50755 -5.604602

55 1 65 162 1 73 2

-0.9123 0.786383 0.002248 -19486 0 -4.69E-07 -51165.93 368.3 -3.1753 15.969331.679239 -0.00243 385507.3 747.336 2.09E-07 -322741 1360 6.613911 2.732964 -0.001994

141160 Boiling Pt 12.7 0 0 0 0 126885 5000 13.1925 -62.41979 -0.000421 5720.5 162.622 1.25E-07 156978.6 2896 -1.2363 -19.22929

15 6 65 3 56 116840 Melting Pt 24 0 0 0 0 7920 3000 24.6972

56 1 15 157 0.25 56 156 1 65 0.556 1 65 156 1 65 1

14.65245 -67.33313 -0.006437 281699 1308.896 3E-07 -187458 1075 2.52945 10.1989956 1 65 1.5

-59.50419 -0.002741 174615.5 561.56 2.51E-07 -69976.98 388.36 -8.1352 36.34687 0.022281-0.4069 -14.52017 0.000197 30313.75 129.326 -1.4E-08 111545.8 2500 1.3639 -29.41243

1 57 1-5.517151 66.63054 0.000561 17092 -417.572 -1.18E-08 21504.75 2000 0.69275 4.783095-8.306651 118.7086 0.000618 41131 -608.586 2.06E-08 22567.23 2000 3.59805 2.349069

-21.5252 259.1838 0.00289 -24677.5 -1586.06 -1.28E-07 9881.475 2000 3.0976 27.89348-27.30015 313.817 0.005442 83229 -1647.648 -3.3E-07 8693.719 2000 6.18145 11.19477

57 0.5 38 0.557 0.5 38 157 0.5 38 1.5

322 S State Tr -86.341 0.113079 -5201400 0 0 33484 399 10601.31559 -13.9294 -0.0005 2039.75 85.15598 5.16E-08 21171.99 2000 2.11835 -25.12086

-7.055299 78.79566 0.001105 -43745.25 -626.274 -4.18E-08 11623.24 2000 3.5081 -21.0607957 0.5 65 0.5 31 1.5

-20.51173 0.000198 10476.75 -124.808 2.21E-09 27184.37 458.4 -1.899649 27.21973 0.000232-1.186387 0.000673 -27199.25 -281.798 -3.46E-08 65290.98 388.36 -10.1681 46.73914 0.013184

23285 Boiling Pt 4.62206 6.79E-05 -307387 0 0 24846.78 3000 0165 S State Tr 10.0738 0.016099 -540765 0 0 151 1123.15 7090

0.24765 20.67643 0.003441 60866.15 249.112 7.22E-07 -101841 371 10.17463 -34.742310.049099 35.71032 0.00404 171839 498.224 3.24E-08 -127378 371 9.976078 -19.70842

0 Lambda Pt -1217.63 0.289355 -8.6E+08 0 0 1782313 1445 46082620 S State Tr 31.2404 0.00818 -285456 0 0 -7478 1157 5700

-5.366561 88.6832 0.004182 168039.5 -74.01 3.24E-08 -273015 371 -0.403071 60.97382-4.36835 46.23792 0.006106 33784.98 58.5956 -8.82E-07 -99806.61 371 0.59514 18.52855

-48.88456 -0.002425 11870.7 58.5956 4.19E-07 -42050.87 1177 0.81931 1.946609 -0.000126-157.642 -0.020141 153300.3 1401.869 4.75E-07 -232909 500 4 58 1

974 Melting Pt 18.519 0.009579 -1.3E+07 0 0 22482 1200 20.8522-42.69095 -0.025929 72918.37 387.978 6.86E-06 3519.054 600 2 58 1

3340 Melting Pt 64.475 -0.021547 3663700 0 0 -24499 700 163.37120 Lambda Pt 36 0 0 0 0 -11590 583 3610

-64.8087 -0.002585 60927.57 249.112 4.26E-07 18585.04 1177 2.17361 -13.97753 -0.000287-55.93287 -0.013425 -35622.93 498.224 2.08E-06 -64295.71 825 2 58 1

1580 Melting Pt 21.401 -0.000697 -2100 0 0 -4152 1800 -30.931411 59 1

-68.7101 0.000345 50503.5 291.858 -6.11E-08 168231 3000 1 59 1-31.97245 0.000377 10870.45 -133.092 -2E-08 43892.25 3000 2 59 1

0 Lambda Pt 22 0 0 0 0 -8922 1200 0-12.59574 0.000351 60594.75 -111.668 -5.17E-09 -52054.51 3000 2 59 1

0 Eqn Break 5.024 0.001173 -321710 0 0 -675.8025 1728 4100-833.0436 -0.057504 564641.5 4385.552 9.31E-07 -146137 655 48.9084 -429.5143 -0.010707-20260.38 -1.393396 10933140 143857.2 0.000251 -741824 388.36 2504.203 -20068.68 -1.343352-346.3552 -0.043145 -86653.38 -741.7444 -2E-07 67592.02 655 -9.529351 57.17404 0.003652765.9033 -6077.526 -0.429451 3237181 43376.13 7.98E-05 -274775 631 -14.4227 257.7378

-378.3047 -0.044584 29838.9 -145.8208 -8.76E-08 3180.349 655 -4.7088 25.22459 0.002214

0 S State Tr -65.7658 0.017042 3490770 3431.48 -2.05E-06 -52166 2228 13000-345.9777 -0.043574 -55336.5 -701.648 -1.1E-07 97970.93 655 -9.63315 57.55156 0.003223

7000 Melting Pt 17 0 0 0 0 1225 1600 845.185848.351 -6771.191 -0.464693 3488780 47952.4 8.37E-05 -252734 368.3 843.825 -6740.826

-6748.349 -0.468835 4066578 48948.85 8.48E-05 -441104 388.36 846.274 -6700.424 -0.456324-9.570973 0.000129 -9077 0 -4E-09 59913.5 5000 1 65 0.5

1 65 165 1.5

2904 Boiling Pt 5.967 -0.0002 43492 -46.73 2.56E-08 2430 2000 0-37.67838 -0.000011 -450 0 0 75875.16 552.3 1.016 -31.89435 -0.000211-4.426601 -0.001272 20200 0 0 -4139.837 552.3 1.203 1.364675 -0.001472-42.71384 9.59E-05 12667.6 -154.492 0 36033.33 552.3 1.698 -31.13128 -0.000303

54.5256 -175.571 -0.044978 584007.5 2491.12 4.73E-06 -732315 317.3 64.4976 -232.9162724.6272 0.010138 106873.5 -4658.3 -5.78E-07 -672336 552.3 -61.7395 747.7923 0.00934371.0288 0.005902 301972 -2199.148 -3.59E-07 -521305 552.3 -31.4328 394.1939 0.005104

37.962 -218.71 -0.030018 -622750 0 0 -77872.48 317.3 47.934 -276.0552-81.82549 -0.005151 -233366 0 0 -32100.35 368.3 7.9 -36.27665 8.73E-05

735 Melting Pt 47.601 0 0 0 0 -11595 700 -4.446002-96.71719 -0.005151 -233400 0 0 -31546.35 368.3 5.900999 -51.16836 0.000087-23.07099 -0.005151 -233439 0 0 -33859.35 368.3 -1.098002 22.47785 8.67E-05-21.97492 -1.69E-05 -14429.5 -108.09 1.62E-08 -4457.594 552.3 0.64765 -16.18364 -0.00021643.87381 0.001369 13442.5 -488.44 -7.93E-08 -72513.35 552.3 -5.0572 49.66508 0.001169

0 Eqn Break 6.84 0 0 0 0 -788 2024 42600-0.119 -26.422 0.001764 20700 0 0 46732 600.65 2.6744 -42.69066

-75.34508 -0.000845 36682.7 0 0 79286.03 1268 4.749001 -63.89811 -0.0001987.95 0 0 0 0 -34505 1268 0 7.95 0

-61.68054 0.003586 41400 0 0 19191.45 388.36 -12.33 34.17052 0.028608-92.69881 -0.014538 50722.5 1245.56 8.1E-08 -281379 388.36 17.82575 -44.77328 -0.00202715.12006 -0.005805 486852 996.448 4.2E-09 -337464 1000 3 69 2

29.68 0 0 0 0 -80930 1268 0 29.68 01055.327 0.043606 -301928 -6992.892 -6.17E-06 -143358 1000 2 69 3

-63.32808 -0.01571 134697 1494.672 9.72E-08 -336255 388.36 16.0483 -15.40255 -0.00319958.15 0 0 0 0 -142690 1268 0 58.15 0

81.125 0 0 0 0 -184690 1268 0 81.125 0-38.71214 -0.014856 328806 1992.896 1.3E-07 -450233 388.36 17.7584 9.213394 -0.002345

105.1 0 0 0 0 -239990 1268 0 105.1 0-23.97845 0.001691 18200 0 0 13412.55 600.65 3.225431 -40.24734 -0.000397

8.917 -44.64113 -0.003992 -50500 0 0 -63957.78 332.6 -0.244 38.71395-7.018602 0.001816 18350 0 0 -32336.18 600.65 2.67243 -23.28749 -0.00027250.89255 0.001868 25300 0 0 -124778 600.65 -0.308569 34.62366 -0.00022

-0.3785 36.73538 -0.002499 -15274.75 117.1912 1.68E-08 -87143.07 600.65 2.41493 20.46649-45.98371 -0.000496 66921.65 124.9072 1.62E-08 15551.76 1268 3.27743 -40.26022 -0.000172

6130 Melting Pt 13.836 0 0 0 0 1530 2000 0.858550.39255 14.73915 6.02E-05 93294.5 249.112 1.62E-08 -54593.48 600.65 3.18598 -1.529735-7.6702 -0.004253 136380.3 498.224 3.24E-08 -70743 700 2 69 1

1.491 -8.641594 -0.000856 -45950 0 0 -22823.67 368.3 -0.772 6.541352-49.86045 0.001735 44250 0 0 31844.22 388.36 -6.245 -1.934921 0.0142461036.247 0.033869 -1135762 -8320.672 -5.25E-06 -170744 388.36 -118.7658 1084.172 0.04638

-105.6617 -0.014634 -42922 996.448 6.48E-08 -222734 388.36 17.3892 -57.73621 -0.002123121917 Boiling Pt 5.8 0 0 0 0 132645 4500 1

-5.854886 -0.00139 36200 0 0 -19818 388.36 -6.375 42.07064 0.0111211.06726 -0.00119 77900 0 0 -26804.82 388.36 -15.011 96.91832 0.023832

413 Melting Pt -2.216 0.01254 0 0 0 -8.97522 432 09.540999 -105.1394 -0.00418 -104510 116.084 3.44E-08 32883.67 368.3 5.014999 -74.77355

-46.78931 0.000403 50950.5 -218.362 -1.5E-08 36151.67 388.36 -22.629 96.98728 0.037936-29.185 0.00065 86724.5 -370.234 -2.54E-08 34872.9 388.36 -32.2414 162.5171 0.050694

-50.57722 0.000246 143321.5 -177.8896 0 30636.12 388.36 -38.2713 189.0504 0.062801-49.19078 0.000253 173912 -137.2444 0 24383.35 388.36 -46.1439 238.3624 0.075319-49.32346 0.000299 203582.5 -166.053 0 25946.57 388.36 -54.5436 286.1552 0.087876-27.54766 0.000776 200203.5 -357.22 -2.65E-08 25134.8 388.36 -64.9006 355.8566 0.100864

3.49075 -42.65728 -0.001767 -59175.5 -41.08402 -3.85E-09 2835.576 368.3 1.22775 -27.47433-1.414599 20.49675 -0.001114 -89790.5 -483.398 -1.72E-08 -66686.18 368.3 -3.677599 35.6797-6.372851 86.47721 -0.000517 -77199.5 -846.7921 -3.5E-08 -88698.94 368.3 -8.635851 101.6602

18924 Boiling Pt 4.468 0 0 0 0 26788 2000 113500 Melting Pt 40 0 0 0 0 -5420 1700 6.69565

9.459145 -0.00169 270333.5 747.336 4.86E-08 -184102 928 2 82 2-80.98964 -0.003872 474948.5 1838.086 6.48E-08 -238756 1200 2 82 2

82 2 65 2.5-91.65664 -0.000017 21100 0 0 35130 1860 -19.816 461.8954 -0.000017

121.95 0.000935 408861 -6.82202 9.72E-08 -310632 1000 2 82 413283 Boiling Pt 5.332 -0.00016 29950 0 0 14973.71 2000 1

-111.6866 -0.011438 -172017.5 0 2.24E-06 59315.32 1016.55 0.2 -14.29174 -0.000339-194.7896 -0.022199 -336185 0 4.49E-06 39318.63 1016.55 -4E-07 0.000169 0-293.8713 -0.034138 -522602.5 0 6.73E-06 51799.95 1016.55 2.091999 -1.686671 -0.00084-373.5213 -0.045036 -702070 0 8.98E-06 56415.26 1016.55 1.459999 16.05818 -0.000638-438.8019 -0.0563 -844037.5 0 1.12E-05 48252.58 1016.55 0.848998 48.17248 -0.000803-514.4499 -0.067558 -1027305 0 1.35E-05 50459.89 1016.55 0.213999 69.91934 -0.000961-590.8301 -0.078809 -1181073 0 1.57E-05 55268.21 1016.55 -0.427 90.93406 -0.001113

-668.646 -0.090116 -1363029 29.3864 1.8E-05 60606.52 1016.55 -0.736401 110.513 -0.0013292581 Boiling Pt 5.037 4.84E-05 0 0 0 106089 5000 1

-17.19658 108.1423 0.004734 -293472 -1550.914 -2.86E-07 151637.1 1687 -15.5653 112.71725.47552 0.001342 22352.9 -463.836 -8.54E-08 73327.17 2000 2 85 268.75647 -521.1907 -0.0238 1178070 5392.244 2.56E-06 -262437 1000 -0.40343 62.34369-2.19082 -30.9125 0.003022 -96084.4 -267.03 -2.5E-07 154552.2 1687 0.2561 -24.050475.10945 -0.00563 358650.5 61.744 3.05E-07 -226510 2000 2 85 3-5.86174 50.5811 0.001797 4619.5 -358.334 -1.24E-07 -13531.95 1687 -5.0461 52.868474.66366 -40.83255 -0.000856 130739.3 465.238 7E-08 -19175.95 1687 5.4793 -38.54518

-35.98531 -0.000171 9237.625 58.5956 8.42E-09 35323.04 2000 2 85 1-13.94042 -0.000127 35549.95 28.7052 1.68E-08 -52498.63 2000 2 85 132.60399 0.000392 40238.88 -148.1472 -2E-08 -105020 2000 2 85 178.81723 0.000679 48976 -276.6436 -3.61E-08 -169889 2000 2 85 1229.8858 0.00259 -329544 -2509.031 -5.1E-08 55000.19 2000 2 85 1239.8289 0.001908 -241895 -2406.799 -4.1E-09 -28658.48 2000 3 85 1294.8526 0.002248 -380607.5 -3085.372 1.25E-08 17107.02 2000 2 85 1122.9114 0.000842 -22791.72 -924.7042 -5.67E-09 -126173 2000 3 85 1-2.38259 1.492891 0.001334 -67687.7 -297.24 -9.21E-08 -21376.7 1687 -1.56695 3.7802597.31746 -16.14141 -0.003883 148180.3 498.224 -2.82E-08 -220830 543 1.96446 18.94288

-7.51054 103.1025 0.001488 99106.3 -386.256 -1.14E-07 -213782 1687 -6.6949 105.3898368.3339 0.010646 -175322.5 -2635.836 -1.11E-06 -214480 2000 2 85 1

175 S State Tr 16.0355 0.000341 -17418.6 0 0 -5401 2000 11.9482145 S State Tr 17.9338 -0.000578 860245 0 2.32E-07 -7862 2000 14.75846

-6.477539 56.18903 0.001856 -48690.7 -539.51 -1.16E-07 -73788.45 1687 -5.661899 58.47640 Eqn Break 6.8 0 0 0 0 -312 2876 70687

-70.00169 -0.000743 201018.5 498.224 3.24E-08 -65809.11 2000 2 87 2-61.11385 0.004742 7600 0 0 150.2628 388.36 -11.896 34.73721 0.02976473.71815 0.017691 214069 0 -4.28E-06 -64306.51 388.36 -35.0992 217.4947 0.055224

-83.20933 -0.001115 301417.5 747.336 4.86E-08 -135013 2000 2 87 3-98.1083 -0.001486 401974.5 996.448 6.48E-08 -205617 2000 2 87 4

3.531001 42.75703 -0.027635 -22449.5 234.3824 3.37E-08 -125475 382 -0.301999 26.6141114.00423 -0.001308 116492.6 249.112 1.62E-08 -72733.1 1000 2 87 1

-35.54292 -0.000109 68971.1 77.9556 1.62E-08 2530.901 2000 2 87 1438.6625 0.008989 -304517 -3325.676 -6.44E-07 -122266 1800 2 87 1

7560 Melting Pt 10 0 0 0 0 -2715 5739 1777864.99904 -70.46071 -0.002708 -20289 137.3156 2.54E-07 187114 2000 0.9037 -42.13543

89 2 15 189 2 57 0.5

20.77515 -68.39028 -0.013831 386758.5 1710.84 1.71E-06 -501310 1100 21.10385 -81.39294-43.94992 -0.002271 -126458 232.64 1.54E-07 -44641.46 2350 10.045 -65.92421 -0.002992

89 1 15 189 1 15 189 1 57 0.5

11329 Boiling Pt -1.0978 0.002214 92522 181.72 -3.90E-07 15857.69 2000 1-56.77782 -0.000217 -8600 0 0 48491.94 1339 -5.7448 34.53988 0.001997-182.6336 -0.004429 92521.5 726.878 3.9E-07 30192.87 1339 0 0 0-121.3004 -0.001238 193057 867.954 6.86E-08 7868.179 1339 2.33731 -29.98268 0.000977

-0.0759 29.34963 0.001425 199289 498.224 3.24E-08 -82632.22 722.65 4.4091 5.00608715.48684 0.001548 36941.65 -318.032 -1.18E-07 -16239.58 1339 -11.1854 106.8045 0.003762

3300 Melting Pt 11.05 0 0 0 0 -4878 3611 9833677.51531 0.003775 1371233 -521.2164 -1.3E-07 31508.75 1945 -1.60905 -5.839804 0.001704

-0.664501 41.76274 -0.00123 21575.25 117.1912 1.68E-08 -124663 1156 -5.908925 83.7369628.13054 0.002148 1441720 117.1912 -5E-08 -65886.92 1945 6.2032 -55.22458 7.68E-05

94 1 20 1.579.15523 0.00276 1494956 -88.5972 -4.63E-08 -138433 1945 2.11355 -4.199887 0.00068975.90938 0.001783 1468723 95.82741 3.37E-08 -192131 1945 4.4617 -7.445736 -0.000288

-8.067 100.7313 -0.000507 -33649.5 234.3824 3.37E-08 -196446 409 0.205 21.6823658.86708 0.001598 1550384 249.112 -2.61E-07 -140967 1265 2 94 134.97419 0.002736 1407795 -181.596 -4.27E-08 5916.662 1945 3.66655 -48.38093 0.00066569.59513 0.001193 1678454 498.224 3.24E-08 -238701 1300 2 94 148.96751 0.002488 1458034 -128.342 -1E-08 -80754.09 1945 4.1588 -34.3876 0.000416-15.2133 169.8251 0.003171 22075.75 -873.6739 3.24E-08 -222527 1000 4.4742 -0.26749855.2979 0.002556 1446350 -115.4264 -2.57E-08 -66430 1945 3.327001 -28.05721 0.00048564.1593 0.002449 1451470 -36.84082 -1.82E-08 -168667 1945 3.614051 -19.19582 0.000378106810 Boiling Pt 4.5532 8.25E-05 0 0 ### 123663 5000 1

1 99 146.54258 -398.6205 -0.026281 111393.4 2387.195 3.55E-06 193771.8 1100 43.32158 -477.143

15 6 65 3 99 17.637561 0.00063 -42273.7 -87.0096 2.62E-08 -15989 1500 2 99 2

99 2 65 399 3 65 499 3 65 4.599 4 65 699 1 65 0.599 1 65 199 1 65 1

17550 Melting Pt 31.4 0 0 0 0 -3126 2000 -57.1874799 1 65 1.5

27565 Boiling Pt 4.968 0 0 0 0 29687.57 5000 110.59 -55.29734 -0.003908 6300 0 0 -75782.31 332.6 1.429 28.05775

103 1 15 1 65 1.5-0.9225 40.43258 -0.001326 23675.25 117.1912 1.68E-08 -100763 570 -0.4215 32.85354

21.59216 -0.00405 446845.5 996.448 1.55E-06 -288924 800 -147.3633 1123.851 0.06482553.93353 -0.004477 650828 996.448 2.31E-06 -295854 800 -151.9358 1156.192 0.064398

0.68655 13.28431 0.000289 111144.5 249.112 1.62E-08 -86427 692.73 3.08755 -0.3790998.591498 0.000772 57450 0 0 -49386 388.36 -8.817 56.51703 0.0132839.328905 0.000838 59650 0 0 -47211 388.36 -8.936 57.25443 0.013349

19.7642 -62.81013 -0.012312 168988 996.448 6.48E-08 -239195 368.3 17.5012 -47.627195000 Melting Pt 8 0 0 0 0 2418 4779 141514

197.4981 0.010796 1714706 1992.896 1.3E-07 -566455 388.36 -24.1886 293.3492 0.0358184.1659 7.429635 -0.002543 183422 498.224 3.99E-07 -267535 1136 2.9969 17.97876

3 1

Melting Pt 22.2 0 0 0 0 -5672 1400 0.307 -6.784286-49.67509 -0.012047 240428 996.448 6.48E-08 -177485 368.3 13.9642 -34.49215 -0.0103011.008126 -7726000 -102767 -0.000187 448999.3 700 -4.7793 40.64599 0.001297 -123674.50.001603 -118872 58.5956 8.42E-09 -29022.68 1235.08 -2.23685 22.96067 0.000685 -129972

-73.32234 -0.013868 -165850 0 0 -11509.06 386.8 14.5755 -90.22999 -0.014614-88.77293 -0.022371 62826.25 876.662 3.46E-08 -33015.53 433 -10.61525 114.2499 0.012122

4 114795.48 -719.472 2.65E-08 -228203 3000 3 65 1 38 1

-1399060 -20144.52 -7.08E-06 -726095 432 -305.5017 2850.389 0.089674 235940 -20144.5220 3

-65656 -1144.468 1.86E-08 -157437 933.61 -1.416998 71.31737 2.56E-05 84543 084754.5 16.812 6.52E-09 -192824 3000 -2.6155 66.50883 0.000329 48160 -232.3202099 335.084 2.59E-08 -255384 3000 -2.7799 83.37397 0.000345 128910 -163.14

-0.000854 342809.5 -161.984 4.86E-08 -406427 2327 -11.54935 160.9514 -0.000696 109783.5-89684.5 -5205.16 -2.58E-06 -610690 1800 3 4 2 85 1

85 1 65 2.5183311.5 -1778.18 8.1E-08 -627013 1800 3 4 2 85 12159788 1245.56 8.1E-08 -646391 1800 3 4 2 94 1

15 3483946.9 -6032.164 -1E-06 -1643499 2000 3 4 6 85 2-969042 0 3.14E-07 -38041 2350 47.09 -287.4612 -0.01375 1020000 0

15 220 0.520 1

0.003025 -94786.63 -396.4472 2.52E-08 -162153 600 2 4 1 2020 1.5

0.004527 -78086.25 -1554.448 -3.21E-07 -69124.15 2000 -0.1989 27.61234 0.000197 30313.75141094.5 811.512 1.56E-07 -67460.76 3000 9.1645 -64.17939 -0.002639 104500 562.4

65 0.5 20 0.565 0.5 20 0.5

0.000732 -104554 -1000.301 -1.47E-08 -37346.83 2000 0.3524 0.194897 0.000457 1938952

0.000446 97383.5 747.336 4.86E-08 -162677 732 2 7 2 65

-0.003265 -12400 0 0 -33347.31 388.36 -12.877 77.51514 0.021757 -124000.019408 222842 0 -6E-06 -25655.09 388.36 -35.9714 215.5702 0.056941 222842

Eqn Break 33.135 0.003824 -2721170 0 0 -6054 850 -61.955 354.135765 3

-0.00557 33100 0 0 -31751.62 388.36 -27.61 167.4199 0.044474 33100142601.5 -124.9106 -9.07E-09 -6729.621 432 -9.326001 40.2768 0.009156 2322602 -124.9106

38 1.5

47823 -156.0966 -4.58E-08 44401.09 432 -3.3396 -11.02658 0.003019 592823 -156.09668 1

0.000824 -19232.4 -159.0782 -9.2E-08 87642.15 2000 5.1307 -68.09866 -0.000559 -484705.5Boiling Pt. 4.863 0.000018 0 0 0 132558 5000 1 90.000361 -165903.5 0 2.62E-08 134060.3 2350 2.532 -51.2546 0 -150

15 120 231 238 365 0.5

-0.156209 3173162 32351.34 1.01E-07 -468413 600 -1.695349 52.8872 2.57E-05 -221723.5-0.019765 -127927.5 747.336 3.2E-06 -304686 723 -1.695349 52.91676 2.57E-05 -221723.5

314.058 0.045584 379738.5 -1030.684 -9.84E-06 -20650.27 550 -11.3523 100.723 0.00310749885.75 0 -2.38E-06 63878.21 550 1.2674 -33.11882 0.000152 -136985 0

26102.3 -369.344 -2.45E-06 43453.99 550 -3.429201 20.94814 0.001183 -160768.2 -369.34437849.85 -453.726 -2.46E-06 -5050.228 550 -5.8217 61.20372 0.001401 -149021 -453.726

57 0.5Melting Pt 6.33606 0.000632 -2799910 0 0 4316.761 1300 0 Eqn Break0.009894 -117423.5 -952.476 -5.21E-07 47424.75 768 -28.12715 197.3478 0.011782 25210322743273 -1644.676 -3.39E-06 -248238 850 3 57 1 65 3

0.003418 220243.5 112.738 -2.94E-08 -231963 681 -16.54182 174.154 0.006085 15043.55748679 996.448 4.2E-09 -589806 1002 5.218681 44.72295 -0.002331 3271679 996.4485682038 906.918 3.12E-07 -578674 1002 2.14972 64.22112 -0.001094 3205038 906.9187975993 258.652 -2.8E-08 -137038 950 2 10 3 57 1

0.001972 543329 -148.02 6.48E-08 -558635 600 -10.33812 168.1117 0.007058 -3821-2000 0 0 -30828 768 -13.90385 83.92867 0.006957 2636455 0

-0.015638 15719.79 0 9.54E-06 -189131 582 -6.483 81.55913 0.003232 15550-3400 0 0 -113256 768 -14.41285 99.45887 0.007052 2635055 0

2890168 1694.552 9.47E-08 -46182.44 1002 15.34346 -145.5633 -0.00169 1651668 1694.55238 0 0 0 0 -14133 1600 21.23348 -111.1665

2645570 58.5956 -8.85E-09 -50077.1 1002 2.41784 -32.57649 0.000562 1407070 58.595644.23964 -0.010963 54729.54 117.1912 8.39E-06 -207290 582 -7.9184 85.82043 0.0079062646430 117.1912 1.68E-08 -135728 1002 2.65656 -25.1781 0.000425 1407930 117.1912

-2.774604 -0.024824 509247.8 996.448 1.18E-05 -316314 582 3.702199 38.80618 -0.0059542647544 -208.79 -4.6E-08 -146888 1002 -4.76249 65.99931 0.000743 1409044 -208.792676359 21.714 -2.72E-08 -45873.19 1002 1.27261 -20.31685 0.000945 1437859 21.714

-17500 -294.262 9.48E-06 -110580 432 -2.56107 39.00076 -0.012148 527500 -294.262252062.3 -1165.852 8.73E-06 -352045 432 -24.22887 292.9281 -0.004076 797062.3 -1165.852

-0.017175 102407.1 747.336 9.91E-06 -402030 582 2.454651 33.55295 0.001694 102237.3Boiling Pt. 8.446 ### 3510180 0 ### 70228 5000 1 11

873.825 -127.9988 8.42E-09 13541.63 2000 2 11 1 20 0.50.000446 -82099.25 117.1912 6.5E-08 -124097 750 2 11 1 2042.48441 -0.001476 32350.75 117.1912 6.5E-08 -120178 676 -1.30667 42.12629 -0.001748-33150.2 -417.0968 -3.65E-08 -85627 2000 2 11 1 20 1-10391.5 -784.024 1.15E-10 -53833.63 432 -12.87297 113.0906 0.002951 534608.5 -784.024312.2138 0.015615 61168.5 -1558.812 -5.14E-06 -281153 368.3 -29.88807 327.3967 0.017361269638.4 63.2452 -1.21E-07 -366778 2000 3 11 1 99 1

Boiling Pt 5 0 0 0 0 47963 2000 1 12-200 0 0 47124 1910 0 0 0 0 0

65 0.565 0.5

74.63372 0.006529 335995.5 747.336 -5.26E-07 -146730 544.59 0.610469 53.00823 0.000350.183127 -1211342 -19584 -3.35E-05 -131361 922 -20.87854 205.1353 -0.000334 177367.8

31 1.5-0.00978 -306750 0 0 -32965.08 458.4 6.9445 8.960908 -0.009678 -318225

38325 0 0 -27178.87 544.59 -0.45979 18.08086 0.000218 166900 065 0.5

61457.35 0 -2E-08 39002.77 432 -2.425741 -21.3912 0.0049 606457.3 0

14 120 0.531 0.531 1.531 2.5

6.52E-05 0 0 0 203652 5000 1 15 2

0.002157 2142485 -1375.949 -7.63E-08 -17603.7 3000 -12.21211 145.1227 0.000825 2190669153315.5 847.276 1.46E-07 26441.11 1500 2 15 1 43 2

65 0.565 1

-0.000874 68119.15 372.986 6.35E-08 -35936.54 388.36 -2.22735 -22.72834 0.011637 68119.1536661.55 139.314 1.62E-08 24249.94 432 -1.1157 -28.21113 0.003069 1126662 139.314

Boiling Pt 8.6398 -0.001768 0 0 ### 38466 4500 1 1665 3 16 138 1 16 1

80286 785.974 1.02E-07 73948.29 1757 18.29565 -131.2767 -0.005025 80286 785.9740.001608 844857.5 2358.026 2.69E-06 -539190 800 -151.9808 1143.932 0.070483 17560408

-129.7525 -0.004623 1129012 3524.66 7.65E-07 -827082 317.3 36.15385 -158.4251 -0.010993Melting Pt. 50 0 0 0 0 -2155 2800 -11.30014 183.3408

-0.014 626206 1992.896 1.3E-07 -999670 552.3 26.7464 -24.26902 -0.014399 582714781782 1702.3 6.69E-07 -884710 1112 18.349 -6.834239 -0.007622 781782 1702.3

57 1

136409.3 -2373.196 -7.8E-09 -949185 1400 3 16 3 85 2150114.3 -1398.82 2.04E-08 -705068 1687 -20.58915 312.0432 -0.000604 190773 -1398.82572440.5 1424.06 4.29E-07 -573834 1112 19.0803 -58.48654 -0.007007 572440.5 1424.060.002271 132363 1694.552 9.47E-08 -26032.47 1112 17.7264 -168.0246 -0.002662 132363

435890 1594.612 9.59E-08 -303944 1200 3 16 1 15 112237.63 58.5956 8.42E-09 -25957.53 1757 4.68525 -27.16647 -0.001876 12237.62 58.59560.008784 87148.25 117.1912 -1.25E-06 -195411 1045 -19.0983 164.8131 0.006511 -21524.7517175.25 117.1912 1.68E-08 -116050 1757 3.8485 -8.170886 -0.001926 17175.25 117.191235525.93 137.544 2.66E-08 -68146.86 1757 5.57889 -34.63652 -0.002078 35525.93 137.544

Melting Pt 23.7 0 0 0 0 -623 1800 -95.3025 820.508753866.75 182.5974 1.74E-08 -192839 1757 5.2668 -20.06173 -0.001929 53866.75 182.5974

-0.001306 322556.5 1337.772 2.24E-06 -376924 800 -150.0089 1130.122 0.067569 1703810731.46511 0.001898 171094.5 249.112 1.62E-08 -155478 720 -5.79425 58.02656 0.004261-66562.5 -880.936 -6E-07 12712.39 1757 -9.77295 96.05363 0.003448 -66562.5 -880.936-865.801 -416.036 -7.11E-08 -113138 432 -9.9575 84.87945 0.004874 544134.2 -416.036223283.5 747.336 4.86E-08 -284199 432 7.53965 4.914405 -0.004545 768283.5 747.336508516.5 3011.668 7.89E-07 -360214 432 41.50483 -255.7488 -0.015774 1053517 3011.668

668954 3987.168 1.14E-06 -365145 432 54.3317 -365.6142 -0.019548 1213954 3987.168548305 3253.588 8.76E-07 -363820 432 44.6859 -282.6471 -0.01671 1093305 3253.588

134512.8 -153.352 -1.2E-08 -392958 1687 -3.389249 106.0524 -0.000697 175171.5 -153.35262130.2 -913.348 -1.2E-08 -390101 1500 3 16 1 85 1

0.006631 471148.5 747.336 -3E-07 -409170 1112 -0.463749 56.80301 0.001699 471148.517 1

0 0 0 0 2000 1 17 1-0.002825 8775.25 117.1912 1.68E-08 -96056.92 841 -9.2805 97.51876 -0.000202 -13124.75

95244.5 249.112 1.62E-08 -91349.81 1500 2 17 1 65 0.567225.95 249.112 3.09E-08 1438.189 2000 2 17 1 65 0.5

37700 0 0 -37781 432 -3.166 27.96435 0.002379 582700 0193582.6 996.448 7.66E-07 -229926 432 17.4038 -42.73496 -0.011909 738582.6 996.448

18 1-213943 -1256.318 1.12E-07 109240.1 2000 1 18 1

444319.5 2541.828 1.42E-07 -61098.81 1500 2 18 2 15 365 1.5

75600 0 0 -290554 432 -11.527 102.6844 0.007627 1710600 0-27204.5 -1035.886 -4.41E-07 -256380 2000 2 18 1 65 1

Melting Pt 11.516 0 0 0 0 -3770 3196 86666 Boiling Pt-0.197085 19392150 71303.8 1.63E-05 -406271 1394 -35.6832 249.2929 0.007567 18206700

85 1 65 265 2

214571 1066.502 1.74E-06 -98394.34 432 10.3025 -63.06085 -0.008182 2394571 1066.50217873615 -1802.588 -9.05E-07 -110233 1768 -21.92145 206.155 0.007981 -294735.5 -1802.588

39500 0 0 -52344.09 432 -1.59588 18.62726 2.52E-05 524550 064350 0 0 -40377.13 432 -4.314 43.28238 0.001495 1154350 0

-0.003261 451978 996.448 6.48E-08 -222089 388.36 -0.7288 61.51647 0.00925 451978Boiling Pt 19.442 -0.002542 2.80E+07 0 2.33E-07 59331 5000 1 230.006299 -359396 -1737.54 -3.35E-07 106735.7 2130 3.92937 -63.83798 0.000576 9701.750.166492 -8033841 -46712.68 -1.18E-05 192981.6 1000 -426.0468 3710.303 0.098965 -9015760276080.3 1085.084 1.58E-07 -41623.36 2500 2 23 2 57 0.5

Eqn Break 56.3571 -0.011069 9479970 0 1.84E-06 -36356 2000 69.80715 -348.4996

-794646 -3475.08 -4.49E-07 -56390 388.36 -59.53 466.8072 0.04345 -794646 -3475.0815 285 1

204.2181 -0.004311 213183.4 0 5.26E-05 -69598.11 311.5 -108.8337 946.3107 0.02430615 3

-0.038423 -1328174 -1608.214 -2.39E-07 -1094.57 400 -21.8646 205.8148 0.005121 -33967123561.25 -65.878 -1.21E-08 43744.19 2500 2 23 1 65 0.5

24 141561.15 0 -1.75E-08 -260.692 2000 1 24 1

87844.5 249.112 1.62E-08 -5314.449 2000 2 24 1 65 0.5Melting Pt 19.5 0 0 0 0 -3251 1200 -7.263409 81.33678132399.3 423.903 8.84E-08 -83506.62 2000 3 24 1 65 0.5134433.5 747.336 4.86E-08 -301561 552.3 12.65065 -20.96089 -0.00843 112687.5 840.796

25 1

0.028235 -507395.5 -5240.488 -3.5E-06 -16134.55 1516.7 -1.81945 23.37563 -0.000232 36594.5Melting Pt 21.45 0 0 0 0 -3296 1600 49.2968 -381.6734375545.8 3290.804 4.28E-06 -197597 432 56.7449 -368.4754 -0.035055 920545.8 3290.804

-535793.5 -7774.024 -5E-06 -182702 432 -123.2015 1130.841 0.042532 9206.5 -7774.02465 0.565 0.5

132494.5 1147.178 8.77E-07 -20977 432 16.0994 -131.037 -0.007136 677494.5 1147.178238333.1 -222.714 9.39E-08 -187362 432 -7.214 150.7764 -0.001623 783333.1 -222.714

Curie Pt 329.6 -0.15 0 0 0 -174144 1060 0 Eqn Break0.031537 7983156 249.112 -2E-07 -124585 1000 -77.02737 538.1488 0.041485 104116-1148493 -13408.26 -1.64E-06 -550352 432 -191.7224 1903.997 0.045801 486507 -13408.26

-0.034609 951684 2989.344 3.45E-06 -638225 388.36 23.1845 32.14163 0.002924 95168474552 458.0644 5.96E-08 -183042 1043 651.0188 -4542.959 -0.301271 74552 458.0644

55575.75 351.5736 5.05E-08 -236771 1043 646.2165 -4472.372 -0.300635 55575.75 351.573657 0.5

249.9465 0.010719 267053.5 -755.024 -1.83E-06 -198777 700 -870.8083 5831.21 0.7572540.067068 17210466 996.448 -9.8E-07 -487775 1000 -159.6112 1150.531 0.088078 570466-0.00784 21264.5 847.276 3.34E-06 1627.09 800 -220.2772 1557.583 0.095473 25094590

Melting Pt 51 0 0 0 0 14710 2000 5.8841 24.12741Eqn Break -152.845 0.104385 -3.6E+07 0 -1.88E-05 124571 1300 183.6424 -1470.723

57 0.5

19703.43 58.5956 -1.94E-08 21491.29 1043 324.8696 -2295.575 -0.14989 19703.43 58.59560.031709 8356825 117.1912 1.68E-08 -144807 950 -84.0755 622.1415 0.032898 830687559583.75 327.0952 4.01E-08 -73976.39 1043 327.9427 -2306.138 -0.151034 59583.75 327.0952

-0.001641 -57462.13 175.7868 1.15E-06 -90920.31 605 2 32 1 2035812.88 175.7868 2.52E-08 -100292 1043 325.1128 -2267.586 -0.150322 35812.88 175.78680.030988 8370780 249.112 1.4E-07 -128338 1000 -79.03055 552.4526 0.041493 50780.4

Melting Pt 15 0 0 0 0 4085 2000 95.578 -597.1534169475 567.736 1.13E-06 -47095.35 432 3.94215 -21.66847 -0.001124 1259475 567.736117153 0 5.12E-07 -45238.35 432 -5.2595 53.65133 0.003155 1207153 0

-175851 -3150.512 5.4E-07 -208635 432 -46.4222 483.6189 0.007802 369149 -3150.512

0.000258 4336023 0 0 -67764.5 5000 2 38 1 65

-83177.95 -385.486 1.87E-07 -2377.372 432 -0.7759 10.16501 -0.000183 461822.1 -385.486-7895.5 -385.486 -6.18E-08 3985.603 432 -4.06992 29.45031 0.002848 1082105 -385.486

-867.5 -1690.078 -7.26E-08 -168275 432 -21.44162 260.862 0.003605 544132.5 -1690.07883782.5 610.962 2.96E-09 -199915 432 11.54328 22.85117 -0.021082 628782.5 610.962

14 0.5

0.000573 -985993 -1478.431 1.48E-09 15463.31 3000 -11.7309 129.7383 0.000609 -1030109

23.609 -0.002698 22478.55 275.088 1.74E-08 -103361 629.81 0.048499 55.88159 -0.00279931 165 0.5

-0.001725 41650 0 0 -13167.82 388.36 -6.991 48.08744 0.010786 4165010199.5 76.3146 0 17432.78 3000 1 43 0.5

43 1-300 0 0 1.559 3000 1 43 1

5431.45 0 -1.93E-08 5937.648 458.4 -0.10818 -0.713426 0.000102 1606.45 00.003365 -6562.375 58.5956 8.42E-09 -10301.72 370 2 43 0.5 209412.625 58.5956 8.42E-09 -3728.892 2000 2 43 0.5 20 0.5

1309059 2989.344 -2.52E-06 -684559 429.78 7.581697 140.9371 0.026127 1243359 2989.34420 365 0.565 1.5

13.46824 0.003665 -32900 0 0 -84653.83 368.3 -7.461001 59.01708 0.0089030.003235 87600 0 0 -33292.69 388.36 -11.209 72.33716 0.015746 87600

64950 0 0 53822.06 429.78 -4.154 -15.1318 0.01252 32100 0-0.002602 26763.5 0 7.31E-07 -7832.34 797 -1.718 7.01913 -0.001905 -15736.50.002483 29713.7 0 -4.6E-07 -29088.49 494.3 11.9462 -68.2835 -0.00996 -1453040.000362 9500 0 0 -17531.94 722.65 5.935 -32.05079 -0.002325 8500

Eqn Break 2.111 0.00037 0 0 3.53E-08 24351 5000 1 47-495905 0 1.16E-07 -9186.338 3000 1 47 2-608770 -1351.54 8.66E-08 -187776 2000 3 65 1 38 13615.29 0 9.93E-07 -136030 1043.7 1.90964 30.81448 -0.001287 -498755 0

-0.010308 104764.3 112.454 3.77E-07 -276752 1043.7 1.19069 106.088 -0.007068 -397606-486680 117.1912 1.33E-07 -188460 2000 2 47 2 20 1

Melting Pt 98 0 0 0 0 -31156 800 642.0468 -3690.131-442826 275.088 1.33E-07 -248321 2000 2 47 2 31 1

14265.29 0 9.93E-07 -100564 458.4 6.796261 -41.14316 -0.004514 6615.29 0-390910.5 249.112 1.32E-07 -124686 1100 2 47 2 65 0.5

65 1Eqn Break 34.02 0 0 0 0 -18380 1221 3860 Melting Pt-0.040743 -239085 0 9.93E-07 -106699 368.3 17.05226 -82.28073 -0.032013 149915.327.68171 0.011825 245686.5 996.448 -2.12E-06 -351402 336.35 20.76396 -59.24973 -0.01289165789.29 -1512.492 7.77E-07 -254156 388.36 -21.78924 236.8018 0.01165 65789.29 -1512.492

Melting Pt 65.8 0 0 0 0 -25095 1600 -1.07653 84.5754785 2 65 2.5

-259130 747.336 1.04E-07 -410350 1249 3 47 2 85 1

-0.007349 121645.6 -74.01 1.48E-06 -270627 810 -3.02643 76.24542 -0.000863 522.1450.008152 -12200 0 0 -98699.88 336.35 2.13913 11.41777 -0.004207 -9717.3552182.645 0 4.96E-07 -46169 1043.7 1.95182 -6.110096 -0.000739 -249002.5 0

-0.003128 97102.9 976.602 5.3E-07 -33717.54 895 8.72693 -74.69968 -0.003029 100902.9-161689 822.641 1.7E-07 -2794.424 2000 3 47 1 15 1

0.031252 -451030 -4741.664 -4.76E-06 -80810 1043.7 -77.44453 676.6644 0.032872 -702215-243565 58.5956 6.64E-08 -71307.84 2000 2 47 1 20 0.5

-0.029209 88198.27 1055.044 5.7E-07 -107147 573 62.17458 -348.7549 -0.03743 -2768452-0.005467 20436.62 137.544 8.36E-07 -136653 1043.7 1.71527 32.30014 -0.003847 -230749

-221638 137.544 6.67E-08 -98542.17 2000 2 47 1 31 0.538 0.5

-306500 -598.091 -1.59E-08 15031.66 2000 2 47 1 38 0.553.96917 0.001839 4755.8 82.34502 -1.36E-08 -222425 336.35 7.39667 10.50345 -0.01052

-0.003526 -17.355 0 4.96E-07 -78028.33 386.8 7.14163 -35.77878 -0.004272 -17.3558032.645 0 4.96E-07 -29549.91 458.4 4.39563 -41.60797 -0.002356 4207.645 0

55 1 65 2-334.8666 -0.111269 103502.8 627.55 1.84E-08 -84078.92 314.7 -1.075801 35.59348 0.007801-40.59456 -0.01103 95447.25 876.662 3.46E-08 -122827 336.35 23.17988 -84.06028 -0.023388

-194908 249.112 7.42E-08 -4715.926 2000 2 47 1 65 0.565 1

13.44877 -0.002325 -112978 56.369 -1.47E-08 -100488 336.35 11.06372 -30.01695 -0.014683-151181 386.449 1.41E-07 -77195.1 2000 3 47 1 65 0.5

15082.65 0 4.96E-07 27447.94 388.36 -2.274869 -24.48668 0.010226 15082.65 050 1

Melting Pt 44.32 0 0 0 0 -8460 2000 382.4094 -3044.19857 0.5

Eqn Break 5.9681 -4.10E-04 0 0 5.60E-08 32708 4200 1 54

-29250 0 0 -335.002 2000 1 54 215 1 65 1.5

8027.043 0.574788 -3566127 -54894.15 -0.000111 -96655.49 670 -0.660799 69.58431 -0.00221445.1845 0.001079 108679.5 -14.806 1.62E-08 -145080 922 -1.86755 41.15544 0.000763

-744.9839 -0.043361 423800 5205.232 5.95E-06 -10504.61 922 91.14595 -749.013 -0.04367741850 0 0 -84737.88 432 -3.228 28.9477 0.002598 586850 0

-0.009395 305564 1033.647 7.34E-07 -315038 388.36 8.094699 10.02137 0.003116 305564-0.009217 300856.5 996.448 7.15E-07 -313908 388.36 7.5657 14.48734 0.003294 300856.5S State Tr 8.179 0.000935 0 0 0 -2643.32 1517 2882 Melting Pt

427276 3389.104 1.89E-07 -53807.18 1410 77.9018 -540.6033 -0.010774 427276 3389.104792918.5 6127.912 6.54E-07 -82200.74 1410 132.4412 -1076.223 -0.020411 792918.5 6127.912

65 1.5-0.001222 560219.3 996.448 4.2E-09 -423320 1360 7.677561 4.35078 -0.00035 506819.3

-0.00153 476114 1502.846 -4.52E-07 -9325.589 1310 -1.239301 -4.452435 0.000756 148206.5424.9762 0.012044 -10777.5 -2359.572 6.48E-08 -322656 800 -135.3288 973.2043 0.10826930.82237 -0.002026 429774.5 996.448 1.38E-06 -342049 800 -112.4128 813.8979 0.092664284569.5 2541.828 1.42E-07 -37910.62 1410 45.6321 -380.2655 -0.007369 284569.5 2541.828

-3.120475 -1.3E+08 996.448 0.000571 1165684 750 3 55 1 326.67E-06 127677 249.112 -9.53E-08 -94173 1360 2.27855 -4.550877 0.000443 100977

0.003994 58314 0 -4.69E-07 -52281 388.36 -11.3023 63.89486 0.016505 58314358807.3 747.336 2.09E-07 -322714 1410 7.202911 -1.625336 -0.002059 358807.3 747.336

56 10.001486 -58945 -398.938 -1.27E-07 154393 3000 12.946 -135.1061 -0.001665 0

-215.3227 -0.007479 313236 1970.396 7.12E-07 -24275.86 1500 20.8414 -190.9394 -0.005701

-0.002603 174449 1308.896 3E-07 -184170 1400 2 56 1 65

174615.5 561.56 2.51E-07 -73341.48 432 2.7128 -15.70916 0.000543 1264616 561.56-2.14E-05 -2202708 129.326 -1.4E-08 116395.8 3000 1.0583 -24.84989 -0.00019 -2233022

0.000157 1185269 507.764 -1.18E-08 10449.75 3000 -2.0985 34.33838 0.000139 1088047-0.000306 1584669 1005.988 2.06E-08 5033.232 3000 -3.5533 72.76476 0.000313 1414258-0.000541 2020572 1255.1 3.68E-08 -17529.52 3000 -6.2338 118.7394 0.000397 1813566-0.000845 243600 1504.212 5.3E-08 -13996.28 3000 -5.33 122.4709 0.000411 0

S State Tr 38.477 0.00554 760500 0 0 -13080 442.85 1400 Melting Pt-6.67E-05 528939.3 378.438 2.21E-09 16633.99 3000 -0.3673 -0.128112 8.35E-05 462031-0.000268 945108.8 627.55 1.84E-08 -803.7623 3000 -1.1576 24.36216 0.000201 841606

6651.75 -124.808 2.21E-09 19827.77 2000 3 57 0.5 65 0.5-27199.25 -281.798 -3.46E-08 63608.73 432 -4.7441 20.71113 0.002315 517800.8 -281.798Eqn Break 2.238 0.000422 0 0 -6.40E-10 28726 5000 1 58Melting Pt 45.3206 -4.16E-06 17875.2 0 0 -12531 2000 12.80475 -65.50058-0.010336 61032.29 249.112 1.54E-06 -101215 800 -165.7835 1148.087 0.131477 10330111-0.009737 172005.1 498.224 8.53E-07 -126753 785 3.596079 19.76396 -0.004925 73355.14Melting Pt 22 4.59E-12 -0.022755 0 0 2820 2000 -2.8162 23.74172Melting Pt 47.7405 -0.000131 561597 0 0 -10475 2000 22.0482 -74.13801-0.002707 168122.6 -74.01 4.43E-07 -272703 740 -1.340069 65.46849 -0.00143 -1827.428-0.000783 33868.05 58.5956 -4.72E-07 -99493.87 1073.8 -2.338261 35.85049 -0.002332 -6479.303165481.1 58.5956 8.42E-09 -68802.45 2000 2 58 1 20 0.5

38 0.5 15 1 65 1.5-68.08178 -0.008245 109643.4 996.448 -3.41E-06 -342065 368.3 18.5892 -52.89883 -0.006499

57 1.5-983.5033 -0.166719 -2660997 627.55 1.84E-08 -39397.71 371 168.3347 -1011.213 -0.173608Melting Pt 33.4 0 0 0 0 -6464 800 -156.9613 968.5279

214538 249.112 1.62E-08 -8166.539 2000 2 58 1 65 0.565 1

216.3846 0.059703 322348.3 56.369 -2.18E-05 -109442 371 -25.96792 188.6753 0.052814

65 0.5Lambda Pt 19.9 0 0 0 0 -6402 2000 -228.7352 1905.368

65 1

Melting Pt 9.3 0 0 0 0 -649.8396 3159 90230 Boiling Pt725496.5 4385.552 9.31E-07 -167197 1000 3 15 4 65 2

10933140 143857.2 0.000251 -748553 432 2525.899 -20172.79 -1.386828 13113140 143857.274201.63 -741.7444 -2E-07 46532.13 1728 -5.253351 27.39263 0.00248 -86653.38 -741.7444

-0.016296 -407199 -4576.269 -3.94E-06 -30904.65 655 -76.4777 661.2671 0.030502 -246344190693.9 -145.8208 -8.76E-08 -17879.54 1728 -0.4328 -4.55682 0.001041 29838.9 -145.8208

Melting Pt 13 0 0 0 0 10784 2500 760.9484 -6243.198105518.5 -701.648 -1.1E-07 76911.05 1728 -5.35715 27.77015 0.002051 -55336.5 -701.648

-6752.748 -0.463203 3599730 47952.4 8.37E-05 -244990 368.3 842.922 -6737.565 -0.461457-0.461201 3644380 47952.4 8.37E-05 -254964 388.36 827.571 -6644.975 -0.436179 3644380

4066578 48948.85 8.48E-05 -442787 432 851.698 -6726.452 -0.467193 4611578 48948.85

Eqn Break 4.9285 4.20E-06 0 0 0 1829 5000 1 67-22196 93.46 1.28E-08 71716 2000 1 67 1

-1546 93.46 1.28E-08 -8299 704 1 67 1-30824.4 32.428 2.56E-08 27715 2000 1 67 2

-0.057718 584007.5 2491.12 4.73E-06 -731062 552.3 63.1976 -209.7511 -0.058516 497023.519889.5 -4284.46 -5.27E-07 -688973 2000 2 67 4 65 5214988 -1825.308 -3.08E-07 -537942 2000 2 67 4 65 3

-0.042758 -622750 0 0 -76619 368.3 25.304 -124.2257 -0.025298 15525034.4736 0 0 -35445.68 388.36 -16.481 107.4999 0.03762 34.4736 0

30.99504 0.016468 -233400 0 0 -39395.81 313.9 -4.377002 28.25077 0.0075890 0 0 -34891.68 388.36 -18.48 92.60823 0.03762 0 0

-39.1382 0 0 -37204.68 388.36 -25.479 166.2544 0.03762 -39.1382 0-36175.5 -14.63 2.9E-08 -8616.757 2000 2 67 1 65 0.5

-8303.5 -394.98 -6.65E-08 -76672.51 2000 2 67 1 65 1Boiling Pt -65.7453 0.009141 9140330 4009.24 ### -28460 4200 1 69-0.000324 13341.5 0 0 46535 1000 73.3897 -706.7533 -0.009464 4583507

10000 0 0 78328.42 2000 1 69 20 0 0 -34505 1500 2 69 2 65 1

41400 0 0 15827 432 -1.482 -17.88551 0.00687 1131400 050722.5 1245.56 8.1E-08 -283061 432 23.24975 -70.8013 -0.012896 595722.5 1245.56

85 1 65 20 0 0 -80930 1500 2 69 3 65 1.5

65 2134697 1494.672 9.72E-08 -337938 432 21.4723 -41.43056 -0.014068 679697 1494.672

0 0 0 -142690 1500 2 69 4 65 20 0 0 -184690 1500 2 69 5 65 2.5

328806 1992.896 1.3E-07 -451915 432 23.1824 -16.81462 -0.013214 873806 1992.8960 0 0 -239990 1500 2 69 6 65 3

10841.35 0 0 13214.79 1268 2.421001 -34.52385 -7.35E-05 -2500 0-0.003837 -66200 0 0 -73958.18 600.65 2.54943 22.44506 -0.005925 -73558.6510991.35 0 0 -32533.94 1268 1.868001 -17.564 0.000052 -2350 017941.35 0 0 -124975 1268 -1.112999 40.34715 0.000104 4600 0

-0.004587 -22633.4 117.1912 1.68E-08 -87340.83 771 9.92593 -31.75416 -0.012323 22316.653580.3 124.9072 1.62E-08 15072.95 2000 2 69 1 65 0.512.2133 -0.000285 81694.5 249.112 1.62E-08 -54807.48 600.65 3.65198 -4.055585 -0.002372

-0.002027 85935.85 249.112 1.62E-08 -54791.24 1159 0.23198 13.53772 -0.000555 49935.8565 1

0.00089 31850 0 0 -23938.78 388.36 -8.899 54.46688 0.013401 3185044250 0 0 30161.98 432 -0.821 -27.96293 0.003377 589250 0

-1135762 -8320.672 -5.25E-06 -172426 432 -113.3418 1058.144 0.035511 -590762 -8320.672-42922 996.448 6.48E-08 -224416 432 22.8132 -83.76423 -0.012992 502078 996.448

73 136200 0 0 -21500.29 432 -0.951 16.04263 0.000252 581200 077900 0 0 -30169.32 432 -4.163001 44.86229 0.002094 1167900 0

Lambda Pt 3.208 0.001671 -1090000 0 0 2199.421 881.8 12728 Boiling Pt-0.000688 51090 116.084 3.44E-08 30653.45 388.36 -11.239 21.07751 0.024334 51090

50950.5 -218.362 -1.5E-08 31104.93 432 -6.357 18.90323 0.005329 1685951 -218.36286724.5 -370.234 -2.54E-08 28143.9 432 -10.5454 58.40506 0.007218 2266725 -370.234

143321.5 -177.8896 0 22224.88 432 -11.1513 58.91036 0.008456 2868322 -177.8896173912 -137.2444 0 14289.85 432 -13.5999 82.19431 0.010105 3443912 -137.2444

203582.5 -166.053 0 14170.83 432 -16.5756 103.9591 0.011793 4018583 -166.053200203.5 -357.22 -2.65E-08 11676.8 432 -21.5086 147.6325 0.013912 4560204 -357.22-2.13E-05 18624.5 -41.08402 -3.85E-09 1720.468 388.36 -6.89925 20.4512 0.01249 18624.50.000632 -11990.5 -483.398 -1.72E-08 -67801.29 388.36 -11.8046 83.60523 0.013143 -11990.50.001229 600.5 -846.7921 -3.5E-08 -89814 388.36 -16.76285 149.5857 0.01374 600.5

82 17.753338 -0.005516 220910.5 747.336 1.51E-06 -178497 879 7.98365 -2.839953 -0.005954

65 1.565 2

21100 0 0 42949 2000 1 82 465 384 1

-3925 0 0 39656.29 2000 1 84 10 0 0 0.576 2000 1 84 2

-18325 0 0 -7177.136 2000 1 84 3-29700 0 0 -22220.85 2000 1 84 4

-3575 0 0 -50042.56 2000 1 84 5-18750 0 0 -67494.27 2000 1 84 6

-4425 0 0 -82345 2000 1 84 7-18289 29.3864 0 -96665.7 2000 1 84 8

85 10.00325 -212154.5 -1550.914 -1.65E-07 127066.4 2000 0.56 -27.86616 0 -2046855

57 0.50.0002 516249.6 507.764 -1.33E-07 -234420 1687 1.22785 66.91843 -0.001285 597567

0.000794 25891.7 -267.03 -6.84E-08 117696.1 2000 4.2192 -57.51255 -0.000281 54210357 2

0.001055 45278.2 -358.334 -6.32E-08 -25817.3 2000 7.6917 -62.82542 -0.001111 68106.5-0.001599 171398 465.238 1.31E-07 -31461.3 2000 7.1437 -58.67989 -0.000968 68106.5

20 0.520 120 1.520 238 1.538 1.5 20 0.538 238 0.5 20 1.5

0.000592 -27029 -297.24 -3.15E-08 -33662 2000 4.06455 -47.56664 -0.000347 36594.5-0.000222 316130.3 498.224 -2.82E-08 -222966 1687 2.7801 21.23025 -0.000965 3567890.000745 139765 -386.256 -5.32E-08 -226068 1996 -1.5529 55.06209 -0.000464 73189

65 1-43.731 -0.011209 93187.3 498.224 1.94E-06 -219977 600 -277.1265 1832.378 0.281224

-62.60741 -0.011986 32530.3 498.224 -2.82E-08 -218456 390 8.31546 -23.83143 -0.0043210.001113 -8032 -539.51 -5.53E-08 -86073.8 2000 5.0321 -39.09582 -0.000647 73189

Boiling Pt 6.3 0 0 0 0 71813 3000 1 8765 1

7600 0 0 -3214.186 432 -1.048 -17.31882 0.008026 1097600 0214069 0 -4.28E-06 -69353.26 432 -18.8272 139.4107 0.022617 1849069 0

65 1.565 2

0.001881 79950.5 234.3824 3.37E-08 -115178 505.12 1.445661 19.72995 -0.000441 98048.5565 0.565 0.565 1

Boiling Pt 10.4 0 0 0 0 172775 6000 1 89-0.000697 894899 232.64 8.86E-08 181277 2700 -48.2223 369.3123 0.006281 54783500

-0.007598 -1840195 1710.84 2.85E-07 -493156 2000 2 89 2 65205049 232.64 1.02E-07 -64473.8 2700 -39.081 345.5236 0.003986 54093650 0

92 1-54861 -363.44 -1.95E-07 33395.31 2000 1 92 1

0 0 0 0 2000 1 92 2146796 504.514 -1.26E-07 -7228.443 2000 2 92 1 65 0.5

-0.001262 198289 498.224 3.24E-08 -84971.58 1006 -5.7529 76.97662 -0.000464 73189-9319.351 -681.472 -3.13E-07 -31336.2 1500 2 92 1 65 1Boiling Pt 1.1918 0.001257 0 0 ### 115206 5000 1 94-30832.22 -521.2164 -1.3E-07 42855.1 2000 2 94 1 20 0.5-0.000282 1431040 117.1912 1.68E-08 -132914 1581.5 -2.587924 13.23739 0.001292 104959039654.75 117.1912 -5E-08 -54540.57 2000 2 94 1 20 1

92891.38 -88.5972 -4.63E-08 -127086 2000 2 94 1 20 1.566658 95.82741 3.37E-08 -180785 2000 2 94 1 20 2

0.000681 106050.5 234.3824 3.37E-08 -185001 1156 -5.039424 63.65658 0.001629 151551665 0.5

5730.1 -181.596 -4.27E-08 17263.01 3000 2 94 1 65 0.565 1

55968.7 -128.342 -1E-08 -69407.74 3000 2 94 1 65 1-0.00073 -497486 498.224 3.24E-08 -227394 1156 -0.770224 41.70672 0.000218 91197944285.08 -115.4264 -2.57E-08 -55083.66 2000 3 94 1 65 0.549405.15 -36.84082 -1.82E-08 -157320 2000 3 94 1 65 0.5

98 1

-0.002013 6163815 6950.815 0 123459.1 3000 1 99 1

9 1

536.4418 0.018293 -251216 -3573.069 -2E-06 -184477 1051 5.80323 4.67811 -0.002105

103 1-0.003753 -9400 0 0 -85782.71 675 -13.171 125.2118 0.001447 -9400

-0.001574 -6824.75 117.1912 1.68E-08 -98120.6 692.73 1.9795 19.19013 -0.002966 -13124.7517162396 996.448 -6.95E-07 -411986 1000 3 103 1 32 217366378 996.448 6.48E-08 -418916 1000 -160.6758 1166.646 0.085408 726378 996.448

-0.001103 104844.5 249.112 1.62E-08 -87163.56 1180 0.55555 43.42259 -0.001103 104844.557450 0 0 -51068.28 432 -3.393 30.48901 0.002414 602450 059650 0 0 -48893.28 432 -3.512 31.22642 0.00248 604650 0

-0.010566 246788 996.448 6.48E-08 -240310 388.36 9.374201 0.298342 0.001945 246788Boiling Pt 9.23 0 0 0 0 138054 5000 1 104

1714706 1992.896 1.3E-07 -569819 432 -13.3406 241.2931 0.01408 2804706 1992.896-0.002674 210672 498.224 3.99E-07 -270031 1478 -1.108901 44.15718 0.000347 83989

-0.002371 18850 0 0 -7645.684 368.3 -1.956 8.39866 -0.000625 96650318228 996.448 6.48E-08 -178600 388.36 5.8372 13.43338 0.00221 318228 996.448

0 0 -25710.73 1200 2 3 1 14 0.558.5956 8.42E-09 -29735.74 1400 2 3 1 20 0.5-165850 0 0 -12236.63 421 4.4765 -34.21254 -0.000854 -170900 0

151197.3 876.662 3.46E-08 -40700.53 483 -3.55535 67.40358 0.001927 151197.3 876.662

4 1

-7.08E-06 -732720 881.8 -302.8743 2878.762 0.085359 -1441005 -20144.52 -7.11E-06 -768179

1.86E-08 -166879 2000 2 4 2 43 3-9.68E-09 -190524.5 4000 2 4 2 65 0.5-6.46E-09 -250785 4000 2 4 2 65 1

747.336 4.86E-08 -421102 2798 -16.72935 257.3505 -0.000696 109783.5 747.336 4.86E-0865 2.5

65 2.565 2.5

65 6.50 -157035 2473 2 4 1 9 12

1.5

129.326 -1.4E-08 -80868.15 2798 -2.7889 75.8119 0.000197 30313.75 129.326 -1.4E-081.4E-07 -65161.5 4000 2 4 1 65 0.5

56.369 -1.47E-08 -52132.83 2798 -2.2376 48.39446 0.000457 1938952 56.369 -1.47E-08

1.5

0 0 -36711.81 432 -2.029 25.45911 1.9E-05 1077600 0 00 -6E-06 -30701.84 432 -19.6994 137.4861 0.024334 1857842 0 -6E-06

0.134216 457435 0 -5.26E-05 -29026.76 368.3 -68.744 399.6845 0.139454 690835

0 0 -38480.62 432 -5.913998 63.30785 0.000998 2213100 0 0-9.07E-09 -15563.21 876 -12.248 104.8797 0.006878 2285382 -124.9106 -9.07E-09 -53022

-4.58E-08 42192.7 876 -4.0701 5.124152 0.00245 583518 -156.0966 -4.58E-08 32827.99

0 0 89369.15 3124 0 0 0 0 0 010 0 124144 3000 2.637 -52.09225 -0.000018 0 0 0

747.336 1.01E-07 -308491 723 2 9 2 65 1.5747.336 1.01E-07 -308658 1800 2 9 2 65 1.5

-367743.5 -1030.684 -1.25E-07 -8830.7 2000 -36.5973 261.0145 0.015572 13552093 847.2764.59E-08 66833.11 2000 2 9 1 43 0.5

-2.15E-08 46408.89 2000 2 9 1 43 1-3.38E-08 -2095.335 2000 2 9 1 43 1.5

9.7 0 0 0 0 -1143 2141 33380 Boiling Pt 16.268-952.476 -5.21E-07 32487.57 1002 -12.35524 85.96879 0.005416 1282532 -952.476 -5.21E-07

10 1112.738 -2.94E-08 -230471 768 -28.49467 267.0924 0.007973 2653499 112.738 -2.94E-084.2E-09 -569742 1300 11.94656 -8.616803 -0.003594 471769.3 996.448 4.2E-09 -558824

3.12E-07 -558611 1156 -3.094704 106.1953 -0.000146 4614503 906.918 3.12E-07 -566862

-148.02 6.48E-08 -554159 768 -22.29097 261.0501 0.008946 2634634 -148.02 6.48E-080 -45765.16 1002 1.868061 -27.45034 0.000591 1397955 0 0 -35733.490 0 -190754 768 -18.43585 174.4975 0.00512 2654005 0 00 -128193 1002 1.35906 -11.92014 0.000686 1396555 0 0 -118161

9.47E-08 -36150.77 1300 18.7074 -172.2332 -0.002322 251713 1694.552 9.47E-08 -30691.36-0.021236 367141.8 1594.612 9.63E-06 -300660 582 13.92265 -69.58572 -0.002366 366972-8.85E-09 -40045.43 1300 5.78178 -59.24636 -6.92E-05 7115.175 58.5956 -8.85E-09 -3458654559.75 117.1912 -1.15E-06 -208913 768 -19.87125 178.7588 0.009794 2693015 117.19121.68E-08 -125696 1300 6.0205 -51.84797 -0.000207 7975.25 117.1912 1.68E-08 -120237

509078 996.448 2.31E-06 -317937 768 -8.250651 131.7446 -0.004066 3147533 996.448-4.6E-08 -136857 1300 -1.39855 39.32944 0.000111 9088.5 -208.79 -4.6E-08 -131397

-2.72E-08 -35841.52 1300 4.63655 -46.98673 0.000314 37904.33 21.714 -2.72E-08 -30382.119.48E-06 -112788 582 -9.8719 80.58154 0.006722 527330.3 -294.262 -6E-08 -1144118.73E-06 -354253 582 -31.5397 334.5088 0.014793 796892.5 -1165.852 -8.09E-07 -355876747.336 3.72E-07 -403653 768 -9.498199 126.4913 0.003582 2740692 747.336 3.72E-07

1

1-82099.25 117.1912 6.5E-08 -118629 688 -13.81567 130.3679 0.000446 -82099.25 117.1912

1.15E-10 -56042 881.8 -11.99717 122.5485 0.001512 -24373 -784.024 -8.89E-09 -67861.64138968.5 -1558.812 -5.14E-06 -282268 388.36 -38.01507 375.3222 0.029872 138968.5 -1558.812

65 210 0 2000 1 12 1

593145.5 747.336 -5.26E-07 -151987 1003 -1.821928 64.49604 -0.000471 444033.5 747.336412.632 2.6E-08 -235479 1100 2 12 1 31 1.5

0 0 -55034.87 544.59 9.62521 -1.851837 -0.012768 -189650 0 00 -29807.48 1500 2 12 1 43 1.5

-2E-08 36794.37 544.59 0.254969 -32.20394 0.00181 735032.3 0 -2E-08 34165.76

-1452.253 0 -12799 4500 2 15 1 38 2

372.986 6.35E-08 -37618.76 432 3.19665 -48.75635 0.000768 613119.1 372.986 6.35E-081.62E-08 19833.15 881.8 0.6359 -9.295442 0.000192 8698.551 139.314 -1.84E-09 -3806.084

1

1.02E-07 -1566 2000 1 16 22358.026 4.41E-07 -662252 1000 -160.7209 1154.386 0.091493 920407.5 2358.026 4.41E-071129012 3524.66 7.65E-07 -826455 552.3 35.50385 -146.857 -0.011392 1085520 3711.580.00237 161791.4 -473.516 4.2E-09 -554156 720 -19.14174 236.4637 0.007095 100791.4

2179.816 1.55E-07 -1007988 720 14.984 55.41533 -0.007311 491214 2179.816 1.55E-076.69E-07 -885476 1757 22.801 35.98373 -0.012743 781782 1702.3 6.69E-07 -998747

65 3.58.1E-08 -717354 1757 -16.13715 354.8611 -0.005725 190772.9 -1398.82 8.1E-08 -830625

4.29E-07 -574090 1757 20.5643 -44.21388 -0.008714 572440.5 1424.06 4.29E-07 -6118471694.552 9.47E-08 -26287.87 1300 2 16 1 15 2

65 1.58.42E-09 -63714.67 2000 2 16 1 20 0.5117.1912 1.68E-08 -196290 1112 -12.0085 120.8004 0.001579 -21524.75 117.1912 1.68E-081.68E-08 -153807 2000 2 16 1 20 12.66E-08 -105904 2000 2 16 1 31 0.50.03827 -494471 -5780.032 -4.87E-06 -265852 720 -99.2233 847.0701 0.040632 -524971

1.74E-08 -230596 2000 2 16 1 31 11337.772 -4E-09 -499986 1000 -158.7489 1140.576 0.088579 398106.5 1337.772 -4E-09140594.5 249.112 1.62E-08 -157211 1112 1.29555 14.01392 -0.000672 140594.5 249.112

-6E-07 -25044.76 2000 2 16 1 65 0.5-7.11E-08 -115346 720 -13.8783 111.4409 0.007237 513634.2 -416.036 -7.11E-08 -1170804.86E-08 -286408 720 3.61885 31.47585 -0.002182 737783.5 747.336 4.86E-08 -2881417.89E-07 -362422 720 37.58403 -229.1873 -0.013412 1023017 3011.668 7.89E-07 -3641561.14E-06 -367353 720 50.4109 -339.0527 -0.017185 1183454 3987.168 1.14E-06 -3690878.76E-07 -366028 720 40.7651 -256.0857 -0.014348 1062805 3253.588 8.76E-07 -3677624.86E-08 -405243 1757 -1.905249 120.3251 -0.002404 175171.5 -153.352 4.86E-08 -443001

65 1.5747.336 -3E-07 -409426 1156 -5.708173 98.77723 0.002647 1880614 747.336 -3E-07

117.1912 1.68E-08 -94833.92 1000 2 17 1 20 1

0 -39989.39 594.26 -1.38 18.97743 0.000933 581900 0 0 -409167.66E-07 -232134 594.26 19.1898 -51.72189 -0.013355 737782.6 996.448 7.66E-07 -233061

0 -297179 881.8 -8.8996 131.058 0.003311 33655.5 0 -2.7E-08 -332638

6.27 0 0 0 0 99662 3500 1 22 10 0 37750.69 1768 5.159 -73.865 -0.000014 38350 0 0

1.74E-06 -107228 700 2485.861 -21916.48 -0.604726 60473371 214977.9 5.06E-05 -1629141-9.05E-07 -44867.81 1800 2 22 1 65 0.5

0 -54309.57 700 823.5901 -7265.845 -0.198823 19884150 71303.8 1.63E-05 -5616140 -44793.92 700 820.872 -7241.19 -0.197353 20513950 71303.8 1.63E-05 -552098

996.448 6.48E-08 -223771 432 4.6952 35.48845 -0.001619 996978 996.448 6.48E-0810 -1.1E-07 93331 2500 -10.042 51.96587 0.002542 13995500 0 -1.16E-07

-34879.76 -4.88E-06 143250.6 2000 2 23 23 15 6

-0.133543 109783.5 747.336 2.1E-05 -269735 305 143.2547 -875.2512 -0.137436 -3195977

-4.49E-07 -61436.72 432 -43.258 388.7231 0.010843 840354 -3475.08 -4.49E-07 -68061.91

-1632307 -8687.7 -8.64E-07 -5437.426 1000 -227.7889 1772.909 0.10102 9428684 -8687.7

-1608.214 -2.39E-07 -17946.57 2130 2.8814 -4.099342 -0.000602 29427.25 129.326 -1.4E-08

0.006504 117371.8 56.369 -1.47E-08 -102462 301.55 -3.266409 60.99289 -0.001028 142021.838 0.5

6.14E-08 -305721 800 3 24 1 67 1 65 1.5

249.112 1.62E-08 -37913.55 1800 2 25 2 65 0.5-0.032211 39689 2294.356 1.75E-06 -26246.69 368.3 47.0338 -366.4905 -0.030465 1174894.28E-06 -199805 900 3 25 2 81 1 65 2

-5E-06 -184910 881.8 -122.3257 1140.299 0.041093 -549775 -7774.024 -5E-06 -196730

8.77E-07 -23185.43 780 2 25 1 81 19.39E-08 -189570 881.8 -6.3382 160.2343 -0.003061 224351.6 -222.714 8.49E-08 -201390

26.016 -0.0068 0 0 0 -13244.42 1185 215 S State Tr 5.498249.112 -2E-07 -103017 1043 305.4281 -2119.862 -0.141859 104116 249.112 -2E-07

-1.64E-06 -556977 800 -345.5404 3006.255 0.114676 17202057 -13408.26 -3.88E-06 -6800382989.344 3.45E-06 -643272 432 39.4565 -45.94241 -0.029683 2586684 2989.344 3.45E-065.96E-08 238184.2 1060 43.8508 -313.4118 -0.014871 74552 458.0644 5.96E-08 -83614.855.05E-08 184454.9 1060 39.0485 -242.8245 -0.014235 55575.75 351.5736 5.05E-08 -137344

42711186 747.336 -0.000124 -649953 800 -1024.626 6933.469 0.826129 59426736 747.336996.448 -9.8E-07 -442225 1043 648.1088 -4463.007 -0.299132 570466 996.448 -9.8E-07847.276 -2.6E-08 -182965 1000 -233.3872 1573.263 0.126988 134589.5 847.276 -2.6E-08

-0.008643 417867.5 996.448 3.89E-07 -277699 600 -2978.249 19461.65 2.93659 1.13E+08-0.09824 731701.3 10443.9 1.67E-05 -70571.84 700 2233.101 -15849.67 -1.01922 -2E+08

-1.94E-08 232104.3 1060 21.28558 -180.8011 -0.00669 19703.43 58.5956 -1.94E-08 71204.75117.1912 1.68E-08 -138769 1000 -88.4455 627.3685 0.043403 -13124.75 117.1912 1.68E-084.01E-08 136636.6 1060 24.3587 -191.3647 -0.007834 59583.75 327.0952 4.01E-08 -24262.93

1.52.52E-08 110320.9 1060 21.52875 -152.8126 -0.007122 35812.88 175.7868 2.52E-08 -50578.6249.112 1.4E-07 -105563 1043 324.8295 -2254.316 -0.152112 50780.4 249.112 1.4E-07

-0.103033 -1592575 0 1.12E-06 6270.032 368.3 93.315 -581.9705 -0.101287 -15147751.13E-06 -51512.14 800 -72.96685 529.4609 0.033313 9617250 567.736 6.73E-09 -1130435.12E-07 -49655.14 800 -82.1685 604.7807 0.037593 9564928 0 -6.1E-07 -111186

5.4E-07 -210844 800 -123.3312 1034.748 0.04224 8726924 -3150.512 -5.82E-07 -272374

0.5

1.87E-07 -4585.768 881.8 0.0999 19.62285 -0.001621 -97159.45 -385.486 1.78E-07 -16405.39-6.18E-08 -431.1894 881.8 -2.31832 48.36599 -2.95E-05 -35858.5 -385.486 -8E-08 -24070.43-7.26E-08 -170484 881.8 -20.56582 270.3199 0.002166 -14849 -1690.078 -8.16E-08 -1823032.96E-09 -202124 700 3 38 1 81 1 65 2

-1783.912 0 19507 5000 2 38 0.5 65 1

6778.55 275.088 1.74E-08 -118324 918 -7.993501 108.2046 -0.000298 6828.55 275.088

0 0 -14850.07 432 -1.567 22.05942 -8.3E-05 586650 0 0

-1.93E-08 -1418.947 2000 2 43 0.5 14 0.50.5

-2.52E-06 -683840 432 23.8537 62.85304 -0.00648 2878359 2989.344 -2.52E-06 -690465

200500 0 0 -87999.15 388.36 -31.842 202.7937 0.046436 200500 00 0 -34974.94 429.78 -6.862 47.37197 0.010974 54750 0 00 54181.74 432 1.27 -41.15982 0.001651 577100 0 0 51973.350 7.31E-07 1228.66 903.9 -1.533 9.227026 -0.00001 8500 0 00 1.78E-06 -26190.92 913 10.56 -63.83294 -0.011269 -174567.5 0 2.24E-060 0 -19871.3 965 1.469 -10.25301 -0.00001 8500 0 01

47 21.16E-07 -176698 2000 2 47 2 14 1112.454 -5E-07 -317420 1174 -4.57801 112.8764 -0.002972 -319515 1594.612 2.12E-07

-1.167607 -6284889 1743.784 0.000409 -356269 311.5 611.3548 -3393.294 -1.15616 -7023085

9.93E-07 -115277 1043.7 1.919641 29.75187 -0.001274 -495755 0 1.16E-07 -155945

24.13 0 0 0 0 -2444.132 2000 -5.7012 39.25472 0.0152940 9.93E-07 -112274 388.36 -23.58274 157.3469 0.030542 149915.3 0 9.93E-07

250651.8 996.448 -1.12E-06 -350010 368.3 18.50096 -44.06679 -0.011145 328451.8 996.4487.77E-07 -255839 432 -16.36524 210.7738 0.000781 610789.3 -1512.492 7.77E-07 -2580470.01609 545805.1 1245.56 -4E-08 -612708 336.35 14.55573 -2.355974 -0.008627 550770.4

65 1.5

-74.01 5.29E-07 -271045 933.61 7.32323 -5.187193 -0.004191 75621.65 498.224 5.29E-070 4.96E-07 -98004 1007 -3.212871 43.8089 -0.002263 -5367.355 0 4.96E-07

5.8E-08 -66502.9 2000 2 47 1 14 0.5976.602 5.3E-07 -32184.54 1043.7 6.28862 -39.25217 -0.001409 -150282 976.602 9.14E-08

57 0.5-4741.664 -5.2E-06 -101144 1045 -6.011929 81.90037 -0.000771 -255265 58.5956 6.64E-08

1055.044 5.7E-07 -78329 800 3 47 1 20 0.5 65137.544 3.97E-07 -156987 1130 0.57307 32.95067 -0.002276 -245288 137.544 6.67E-08

7238.445 82.34502 4.83E-07 -221729 469.8 -3.22833 72.54134 -0.001869 -19761.56 82.345020 4.96E-07 -78755.91 458.4 1.97163 11.95268 -0.004238 -3842.355 0 4.96E-07

4.96E-07 -36906.51 1043.7 1.95732 -6.160455 -0.000736 -246977.5 0 5.8E-08 -57240.39

103502.8 627.55 1.84E-08 -92894.92 336.35 6.740329 -7.872242 -0.004557 105985.4 627.5597929.89 876.662 5.31E-07 -122131 406 57.65988 -323.6563 -0.043203 -1699570 876.662

-110496 56.369 4.82E-07 -99792.22 522.15 24.88972 -120.5457 -0.026368 10004.39 56.36938 0.5

4.96E-07 25765.69 432 3.149131 -50.5147 -0.000643 560082.6 0 4.96E-07 23557.29

-0.177892 2170600 23279.21 2.48E-05 -406666 453.7 392.5992 -3103.597 -0.188814 2182159

1

69878 996.448 2.31E-06 -351844 800 -154.4788 1171.843 0.066661 16785428 996.448-22170.5 -14.806 1.62E-08 -146405 1363 -2.90855 74.89671 -0.000309 109629.5 -14.806

292950 5205.232 5.95E-06 -11829.95 1000 -20.64575 127.9769 0.010112 2642640 249.1120 -86946.28 881.8 -2.3522 38.40554 0.001159 27868.5 0 -9E-09 -98765.9

1033.647 7.34E-07 -316720 432 13.5187 -16.00664 -0.007753 850564 1033.647 7.34E-07996.448 7.15E-07 -315590 432 12.9897 -11.54068 -0.007575 845856.5 996.448 7.15E-07

11 0 0 0 0 -1889.072 2308 53593 Boiling Pt 11.40621.89E-07 -50023.22 1500 2 55 15 15 46.54E-07 -76398.67 1500 2 55 23 15 6

996.448 4.2E-09 -423266 1410 8.855561 -4.36582 -0.00048 506819.3 996.448 4.2E-09847.276 4.73E-08 -12849.59 1360 -1.926299 -1.291259 0.002064 68106.5 847.276 4.73E-08

8842278 996.448 -1.52E-05 -421052 980 -128.7858 930.081 0.10484 8972478 996.4487222178 996.448 -1.32E-05 -406668 980 -105.8698 770.7747 0.089235 7352378 996.4481.42E-07 -36144.78 1500 2 55 7 15 3

2 65 2249.112 -9.53E-08 -94145.7 1410 2.86755 -8.909177 0.000378 100977 249.112 -9.53E-08

0 -4.69E-07 -53963.29 432 -5.8783 37.86684 0.005636 603314 0 -4.69E-072.09E-07 -322462 1517 10.02391 -20.37213 -0.002994 358807.3 747.336 2.09E-07 -323216

0 0 164449 4950 0 0 0 0 0 0

435894.5 1970.396 5.5E-07 -22091.86 2795 16.1613 -160.4902 -0.00475 197437.5 1970.396

1.5

2.51E-07 -77758.27 881.8 4.4644 3.206525 -0.002334 146652.5 561.56 2.33E-07 -1013980 0 118280.5 5000 1 57 0.5

0 0 16518.5 5000 2 57 1 65 0.50 0 15700.5 5000 2 57 1 65 1.50 0 -4563 5000 2 57 1 65 20 0 1269.5 5000 2 57 1 65 2.5

38.48 0 0 0 0 -8877.859 900 -4.968991 167.5148 0.0087940 0 20818 5000 2 57 0.5 65 0.50 0 5679.5 5000 2 57 0.5 65 1

43 0.5-3.46E-08 61400.33 881.8 -3.8683 30.16897 0.000876 -41180.75 -281.798 -4.36E-08 49580.71

10.010386 313366 1594.612 -7.08E-06 -281383 371 22.73173 -120.9193 -0.003391 313532.1

249.112 -2E-05 -199036 1177 -174.3683 1249.749 0.136074 10637332 249.112 -2.09E-05498.224 8.53E-07 -127195 948 2 58 2 65 1

0.005946 -73899.87 0 0 -87315.55 368.3 -5.0792 38.92467 0.007692 3900.13-0.011938 68578 996.448 6.48E-08 -335247 368.3 19.7852 -58.95506 -0.010192 146378

-74.01 4.43E-07 -271917 933.61 9.009591 -15.96412 -0.004757 73272.07 498.224 4.43E-0758.5956 4.19E-07 -95389.87 1177 -6.630691 86.68166 -3.31E-05 147131.1 58.5956 8.42E-09

187443.4 996.448 -3.41E-06 -343180 371 23.55269 -80.6082 -0.013388 187526.5 996.448

-2660914 627.55 4.29E-07 -39085 437 18.11985 -62.17637 -0.027166 103585.8 627.550.320709 1850172 876.662 -0.000121 -156496 371 -151.9978 940.8185 0.313821 1850255

322431.3 56.369 -2.14E-05 -109129 572 -4.325921 66.64681 -0.001743 7604.822 56.369

0.105362 -1172686 -13826.42 -1.64E-05 -122762 800 163.8088 -1146.212 -0.067338 -1.8E+07

4.88 0.000066 0 0 0 102890 5000 1 62 162 1

0.000251 -757386 631 184.921 -1167 -0.147363 2180000 0 0 -25775.61-2E-07 46506.17 2000 2 62 1 20 0.5

-4576.269 -3.94E-06 -51964.54 1304 -8.6615 84.902 0.00097 147730.3 117.1912 1.68E-08-8.76E-08 -17905.5 2000 2 62 1 20 1

-0.305852 4594735 48201.51 2.83E-05 -303083 525 862.0146 -6844.528 -0.479142 3680975-1.1E-07 76885.08 2500 2 62 1 65 0.53677530 47952.4 8.37E-05 -246105 388.36 834.795 -6689.64 -0.448946 3677530 47952.447952.4 8.37E-05 -258329 432 838.419 -6697.031 -0.457917 4734380 47952.4 8.37E-05

8.48E-05 -444995 631 71.372 -391.1883 -0.054038 967197.5 996.448 1.07E-06 -201125

1

2864.96 4.78E-06 -747699 631 -2.577202 215.3666 -0.002344 1798091 1249.812 2.13E-07

0 0 -87770.11 388.36 -55.966 355.0295 0.099812 155250 0 00 -40492.42 432 -0.209 29.41589 0.005013 1635034 0 0 -47117.61

-233400 0 0 -37783.81 317.3 5.594998 -29.09442 -0.005151 -233400 00 -39938.42 432 -2.208001 14.52419 0.005013 1635000 0 0 -46563.610 -42251.42 432 -9.207002 88.1704 0.005013 1634961 0 0 -48876.61

18018.48 3.1E-07 -27193 1268 72.5853 -701.0301 -0.009141 4570165 8018.48 ###

0 11410.16 600.65 4.1048 -50.42284 0.002695 1116683 0 0 11016.168.1E-08 -285269 600.65 28.83655 -103.3386 -0.017071 581005.5 1245.56 8.1E-08 -285663

9.72E-08 -340146 600.65 29.8525 -90.23656 -0.020331 657621.5 1494.672 9.72E-08 -340737

1.3E-07 -454123 600.65 37.1494 -98.15794 -0.023651 837013.5 1992.896 1.3E-07 -455108

0 12735.98 2000 2 69 1 14 0.50 0 -74155.94 644 -10.22557 104.6136 -0.000269 -2358.65 0 00 -33012.74 2000 2 69 1 14 10 -125454 2000 2 69 1 14 2

117.1912 1.68E-08 -81035.83 1200 2 69 1 20 1

74335.85 249.112 1.62E-08 -55005.24 762 3.26398 -2.108036 -0.002052 72835.85 249.112249.112 1.62E-08 -50045.24 1268 -0.57245 19.26121 -0.000232 36594.5 249.112 1.62E-08

0 0 -25621 432 -3.475 28.43887 0.002532 576850 0 00 27953.58 600.65 1.9724 -44.2316 0.001289 581891.5 0 0 27756.58

-5.25E-06 -174634 600.65 -110.5484 1041.876 0.033423 -598120.5 -8320.672 -5.25E-06 -1748316.48E-08 -226624 600.65 25.6066 -100.0329 -0.01508 494719.5 996.448 6.48E-08 -226821

0 -23708.69 881.8 -0.0752 25.50047 -0.001187 22218.5 0 -9E-09 -35528.310 -34586.11 881.8 -2.411401 63.77798 -0.000783 49937 0 -1.8E-08 -58225.35

4.0838 0.000232 27963 0 -1.8E-08 14019.04 3000 0 Eqn Break 4.659116.084 3.44E-08 27288.95 432 -0.391 -30.97852 0.002596 1141090 116.084 3.44E-08

-1.5E-08 24479.74 881.8 -3.729601 47.27676 0.001013 9006 -218.362 -4.2E-08 -10979.12-2.54E-08 19310.32 881.8 -7.0422 96.23643 0.001464 30798.5 -370.234 -6.14E-08 -27968.16

0 11182.89 881.8 -6.7723 106.1996 0.001263 73414 -177.8896 -4.5E-08 -47915.20 1039.473 881.8 -8.345101 138.9414 0.001473 90023 -137.2444 -5.4E-08 -69878.230 -1287.948 881.8 -10.445 170.164 0.001723 105712 -166.053 -6.3E-08 -84025.27

-2.65E-08 -5990.369 881.8 -14.5022 223.2952 0.002403 88351.5 -357.22 -9.85E-08 -100547-41.08402 -3.85E-09 38.24315 432 -1.47525 -5.576813 0.001621 563624.5 -41.08402 -3.85E-09

-483.398 -1.72E-08 -69483.51 432 -6.380599 57.57721 0.002274 533009.5 -483.398 -1.72E-08-846.7921 -3.5E-08 -91496.27 432 -11.33885 123.5577 0.002871 545600.5 -846.7921 -3.5E-08

61310.5 747.336 1.51E-06 -176341 903.9 8.35365 1.575838 -0.002165 109783.5 747.336

-437.4 0 125895.4 3508 -1.566 43.71829 9.67E-05 -2046855 -437.4 0

507.764 -1.18E-08 -258991 2500 3 85 2 65 0.5 570 0 115929.1 3508 1.0302 49.86412 -0.000136 542103 0 0

847.276 4.73E-08 -34217.3 3000 -0.092 9.827644 -0.000035 0 0 0847.276 4.73E-08 -35382.3 3000 -0.64 13.97317 0.000107 0 0 0

249.112 1.62E-08 -37670 3000 1.8845 -27.13643 -2.83E-05 0 0 0498.224 3.24E-08 -235252 2000 2 85 1 65 1498.224 3.24E-08 -238951 3000 -5.913 95.92251 0.000174 0 0 0

10504230 498.224 -5.35E-05 -346787 847 2.09596 17.38074 -6.25E-05 23821 498.22432530.3 498.224 -2.82E-08 -219753 500 0.19766 31.27537 0.000856 462652.8 498.224498.224 3.24E-08 -93608.8 3000 0.672 1.764593 -9.5E-06 0 0 0

1

0 -7631.028 505.12 2.4474 -31.08771 0.003383 1133796 0 0 -10553.44-4.28E-06 -75978.45 505.12 -15.33188 125.6424 0.017973 1885265 0 -4.28E-06 -78900.95

234.3824 3.37E-08 -116639 1000 2 87 1 20 2

10 -1.33E-08 61623 3258 1.6457 -46.07589 0.000048 870000 0 -1.33E-08

2.50 -184128 3000 2 89 1 9 2

498.224 3.24E-08 -87378.58 1339 -15.8507 168.2943 0.001751 26928 134.784 -1.62E-07

1

117.1912 1.68E-08 -63802.92 1945 8.2295 -70.11772 -0.000779 -352475 117.1912 1.68E-08

234.3824 3.37E-08 -193252 1945 5.778 -19.69853 -0.000442 113450.5 234.3824 3.37E-08

498.224 3.24E-08 -235645 1945 10.0472 -41.64839 -0.001853 -490086 498.224 3.24E-0820 0.520 1

-506982 703.8312 4.86E-08 -204466 1747 -6.77337 94.8809 -0.000268 90198.4 703.8312

0 0 -89528.39 692.73 -10.77 111.5484 0.000055 -15700 0 0

117.1912 1.68E-08 -98857.15 700 2 103 1 20 165 2

6.48E-08 -373366 1043 647.0442 -4446.892 -0.301802 726378 996.448 6.48E-08 47860.05

249.112 1.62E-08 -117716 2248 -3.10845 65.65216 -0.000232 36594.5 249.112 1.62E-080 -53276.68 692.73 -0.992 16.8256 0.001022 596150 0 0 -54013.230 -51101.68 692.73 -1.111 17.56301 0.001088 598350 0 0 -51838.23

996.448 6.48E-08 -241992 432 14.7982 -25.72967 -0.008924 791788 996.448 6.48E-081

1.3E-07 -574236 881.8 -11.589 260.2088 0.011203 1686743 1992.896 1.12E-07 -597875498.224 3.24E-08 -269764 2125 2.067099 22.44547 -0.000464 73189 498.224 3.24E-08

0 0 -8760.792 388.36 -10.083 56.32419 0.011886 96650 0 06.48E-08 -180282 432 11.2612 -12.59463 -0.008659 863228 996.448 6.48E-08 -182490

0 -12555.63 458.4 -0.6935 13.51892 -0.00082 -174725 0 0 -19912.233.46E-08 -36769.53 600 3 3 1 57 0.5 65 1.5

933.61 -282.175 2715.897 0.078704 -1290806 -19000.06 -7.11E-06 -777621 1100 3

-575794 3000 -23.2695 318.6411 0.00026 0 0 0 -568896.5 4000

-158214 3000 2 4 1 57 0.5

-129479 3000 -1.5877 44.35695 0.000174 1931430 0 0 -127734.5 4000

-41128.6 580 -17.202 129.4989 0.004484 1077600 0 0 -46977.6 700-37327 585 -20.91 146.9498 0.006396 994980 0 0 -31942 850

0 -5.26E-05 -32372.09 388.36 -93.125 543.4611 0.176987 690835 0 -5.26E-05

-47314.21 580.15 43.012 -275.3215 -0.035614 -1107400 0 0 -13430.21 850881.8 -8.744803 142.7111 0.001124 49455.5 -124.9106 -4.51E-08 -100301 3000 2

881.8 -3.1943 14.582 0.001011 24536.5 -156.0966 -5.48E-08 21008.37 3000 2

0 3200 1 8 1

124297 4113 0 0 0 0 0 0 0 5000

-1E-06 -79422.7 2350 -28.2653 217.0659 0.014129 14215107 847.276 -1.11E-06 -119087

-5.94E-05 40136300 0 0 -299 4000 1 10 142519.24 1300 -8.991299 59.29891 0.004784 -117423.5 -952.476 -5.21E-07 47979 2141

-245408 1002 -12.72276 155.7134 0.001607 1414999 112.738 -2.94E-08 -235377 13001687 12.7622 -6.329435 -0.004336 512428 996.448 6.48E-08 -571109 2000 31300 3.633176 52.85559 -0.001409 1814593 906.918 3.12E-07 -555943 1800 3

-569096 933.61 -1.591649 98.18488 0.002291 2784833 996.448 6.48E-08 -578538 10021300 5.232 -54.12022 -4E-05 -2000 0 0 -30274.08 2000 2

-205691 1002 -2.66394 63.11852 -0.001246 1415505 0 0 -195659 11301300 4.723 -38.59002 0.000054 -3400 0 0 -112702 2000 21500 2 10 1 15 2

1594.612 9.59E-08 -302283 700 -181.3677 1236.781 0.159144 10758940 1594.612 -2.48E-052000 2 10 1 20 0.5

-1.15E-06 -223850 1002 -4.09934 67.37982 0.003428 1454515 117.1912 -1.15E-06 -2138182000 2 10 1 20 1

2.31E-06 -332874 800 -162.0686 1234.003 0.064809 19863083 996.448 6.48E-08 -4559361800 2 10 1 65 0.52000 2 10 1 65 0.5

768 -21.82475 173.5199 0.00861 3165785 -294.262 -6E-08 -129348 881.8 -20.94895768 -43.49255 427.4472 0.016681 3435348 -1165.852 -8.09E-07 -370813 881.8 -42.61675

-418590 1002 6.273711 15.11234 -0.002784 1502192 747.336 3.72E-07 -408559 1156

6.5E-08 -124146 750 2 11 1 20 1

1527 -9.367001 103.3814 0.000864 44601.5 -784.024 -5.7E-08 -66400.13 1560 -10.027-5.14E-06 -283951 432 -32.59107 349.2942 0.019003 683968.5 -1558.812 -5.14E-06 -286159

4.86E-08 -146255 1098 -11.72193 140.0654 -0.000471 444033.5 747.336 4.86E-08 -153125

-57663.48 681.8 77.84971 -471.4694 -0.074282 -5365800 0 1.1E-05 -8264.48 1000

881.8 1.130769 -22.7461 0.000372 176050.8 0 -2.9E-08 22346.14 1837 -4.872941

-39827.18 881.8 4.07245 -39.29851 -0.00067 54137.65 372.986 5.45E-08 -51646.8 20003000 2 15 1 81 2

-616702 1043 646.9992 -4459.153 -0.295717 920407.5 2358.026 4.41E-07 -195476 10607.91E-07 -834773 720 27.66225 -93.73413 -0.006667 1024520 3711.58 7.91E-07 -838240-473.516 4.2E-09 -557623 1112 -4.962141 148.4384 -0.00277 100791.4 -473.516 4.2E-09

-1013188 1112 36.2534 -76.62261 -0.022109 491214 2179.816 1.55E-07 -1013955 13731800 3 16 3 4 2 65 3

1800 3 16 3 85 1 65 2.51800 3 16 1 4 2 65 2

-196545 1757 -10.5245 135.0731 -0.000128 -21524.75 117.1912 1.68E-08 -234302 1800

-5780.032 -4.87E-06 -267585 1112 -92.1335 803.0575 0.0357 -524971 -5780.032 -4.87E-06

-454436 1043 648.9711 -4472.962 -0.298631 398106.5 1337.772 -4E-09 -33209.61 10601.62E-08 -157467 1757 2.93535 25.84962 -0.00244 140594.5 249.112 1.6E-07 -195110

881.8 -13.0025 120.8987 0.005798 -45347.3 -416.036 -8E-08 -128899 1112 -5.9127881.8 4.49465 40.9337 -0.003621 178802 747.336 3.96E-08 -299961 1000 3881.8 38.45983 -219.7295 -0.01485 464035 3011.668 7.8E-07 -375976 1112 45.54963881.8 51.2867 -329.5949 -0.018624 624472.5 3987.168 1.13E-06 -380907 1112 58.3765881.8 41.6409 -246.6279 -0.015786 503823.5 3253.588 8.67E-07 -379582 1112 48.73071800 3 16 1 85 1 65 1.5

-417677 1530 10.60333 -28.94507 -0.001958 -5424202 747.336 4.86E-08 -390947 1757

881.8 -0.5042 28.43527 -0.000506 22918.5 0 -9E-09 -52735.61 1040 -2.6412800 3 17 1 81 1 65 2

999 -1.0896 78.50062 -0.000583 16455.5 0 -2.7E-08 -330118 1071 -1.049599

103116 2000 4.5117 -69.11501 0.000221 0 0 -1.1E-08 102621 3196

881.8 2489.364 -21878.65 -0.610481 58237445 214977.9 5.06E-05 -1676420 900 2

881.8 824.3696 -7257.428 -0.200103 19386656 71303.8 1.63E-05 -572133 1000 2881.8 822.6236 -7222.275 -0.20023 19395987 71303.8 1.63E-05 -575738 1000 2

-225980 700 829.8812 -7248.984 -0.200467 20356578 72300.24 1.64E-05 -733284 881.8

59313 2943 0 0 0 0 0 0 0 5000

747.336 2.1E-05 -226018 311.5 112.5626 -578.4142 -0.125989 -3934173 -2727.744 -4E-07

881.8 -40.6306 417.0966 0.006527 -836590.5 -3475.08 -4.76E-07 -103521 1500 2

-1E-05 -88665.43 1687 -225.342 1779.771 0.098793 9550660 -8687.7 -1E-05 -125521

-31352.31 2500 2 23 1 57 0.5

56.369 -1.47E-08 -102605 410 -4.346409 65.82416 0.000602 32171.75 56.369 -1.47E-08

2294.356 1.75E-06 -27361.8 376 27.0328 -245.6129 -0.009625 152989 2294.356 1.75E-06

1300 3 25 2 81 1 65 2.5

1200 3 25 1 81 1 65 2

0.001052 -119028 0 0 358.8838 1667 200 S State Tr 4.27 0.00164796433.55 1060 17.934 -117.171 -0.006249 104116 249.112 -2E-07 -55938.29 1185

881.8 -342.913 3034.629 0.11036 15525113 -13408.26 -3.91E-06 -715497 1000 -351.653-649897 800 -155.7934 1328.326 0.068431 18714134 2989.344 1.94E-07 -786459 881.8

1185 2.814799 -18.71439 0.000833 193580 458.0644 5.96E-08 -110821 1667 0.3587991185 -1.987499 51.87286 0.001469 174603.8 351.5736 5.05E-08 -164551 1667 -4.443499

-0.000126 -773014 960 -154.6043 1154.976 0.065529 16744090 747.336 4.86E-08 -327040-20999.09 1060 40.94077 -233.4598 -0.012732 570466 996.448 -9.8E-07 -342798 1185

-114640 1043 978.1928 -6847.044 -0.453827 134589.5 847.276 -2.6E-08 517198.8 1060996.448 -0.000543 -1616569 800 -3208.976 21115.03 3.039903 1.38E+08 996.448 -0.000546

0 3.31E-06 1615361 800 2002.374 -14196.28 -0.915908 -1.7E+08 0 -6.06E-08

1185 0.76758 -33.45243 0.001162 79217.43 58.5956 -1.94E-08 57601.45 1667 -0.46042-115994 1043 315.4145 -2179.401 -0.150202 -13124.75 117.1912 1.68E-08 94618.6 1060

1185 3.8407 -44.01598 1.76E-05 119097.8 327.0952 4.01E-08 -37866.23 1667 2.6127

1185 1.01075 -5.463937 0.00073 95326.88 175.7868 2.52E-08 -64181.9 1667 -0.21725105050.2 1060 21.24545 -139.5429 -0.008912 50780.4 249.112 1.4E-07 -55849.34 1185

0 1.12E-06 5154.923 388.36 85.188 -534.045 -0.088776 -1514775 0 1.12E-06881.8 -71.21525 548.3766 0.030436 8499287 567.736 -1.13E-08 -136682 1000 -75.58525881.8 -80.4169 623.6964 0.034716 8446965 0 -6.28E-07 -134825 1000 2881.8 -122.4554 1044.206 0.040801 8167943 -3150.512 -5.91E-07 -284194 1000 -126.8254

2000 2 38 1 81 11000 2 38 1 81 22000 3 38 1 81 1 65 2

1.74E-08 -118099 920 1.5335 9.894546 -0.000295 130278.6 275.088 1.74E-08 -87605.16

-17058.46 618 -2.28 25.31871 0.000344 628700 0 0 -16472.46 629.81

881.8 26.4811 91.22657 -0.010796 1201415 2989.344 -2.54E-06 -725924 1100 3

0 -93045.9 429.78 -23.148 152.8633 0.036892 134800 0 0 -92326.54-34615.26 432 -1.438 21.34395 0.000105 599750 0 0 -36823.65 881.8

881.8 2.1458 -31.70198 0.000212 18118.5 0 -9E-09 40153.73 2000 2-2939.98 1000 2 44 1 82 1

-20853.92 1000 2 44 1 84 1-13445.3 1200 2 44 1 92 1

-335169 2000 3 47 2 15 1 65 1.5

-1731.296 0.000388 -330604 336.35 626.9871 -3480.226 -1.180876 -7018119 -1731.296 0.000389

2000 2 47 2 43 1

-78659.06 0 0 -96893 336.35 9.93106 -47.67673 -0.009423 -73693.77 0-120686 432 3.537261 27.20685 -0.023803 2874915 0 9.93E-07 -131728 478

-1.12E-06 -351125 388.36 10.37396 3.858742 0.001366 328451.8 996.448 -1.12E-06 -352808881.8 -15.48944 220.2316 -0.000657 51807.79 -1512.492 7.68E-07 -269867 1043.7 -20.36606

1245.56 9.53E-07 -611316 510 22.36873 -54.17386 -0.01496 242170.4 1245.56 9.53E-07

-275766 1043.7 4.88492 30.26032 -0.002571 -175563.5 498.224 9.04E-08 -296100 1400-95331 1043.7 -5.651181 79.25641 -0.000643 -256552.5 0 5.8E-08 -115665 1400

-52518.42 2000 3 47 1 15 1 57 0.5

-123415 1500 2 47 1 20 0.5

2-150165 1500 2 47 1 31 0.5

4.83E-07 -222016 511.9 -0.76233 51.60558 -0.001869 -19761.56 82.34502 4.83E-07 -219174-86112.51 954 -2.977369 41.05942 -0.002256 -1342.355 0 4.96E-07 -83294.51 1043.7

2000 2 47 1 43 0.5

5.15E-07 -92199.05 711 1.890331 20.37029 -0.002557 105985.4 627.55 5.15E-07 -90646.055.31E-07 -101244 610 -1.39012 64.9388 -0.002182 90379.89 876.662 5.31E-07 -125469

4.82E-07 -94745.22 683.15 -4.21728 62.29979 -0.001803 10004.39 56.369 4.82E-07 -101340

881.8 4.024931 -41.05686 -0.002082 1101.145 0 4.87E-07 11737.67 1043.7 1.58662

23279.21 2.48E-05 -405776 623 7.49619 -15.74554 -0.001637 272449.3 1594.612 9.59E-08

6.48E-08 -474906 922 -153.6128 1167.814 0.066345 16654578 996.448 6.48E-08 -4762311.62E-08 -180259 2000 1.06465 40.62189 -0.00111 36594.5 249.112 4.42E-08 -180896

-6.56E-07 -9390.95 1363 -21.68675 161.7181 0.00904 2774440 249.112 -6.56E-07 -43244.76922 -1.4862 34.37649 0.000843 -102981.5 0 -9E-09 -100091 1363 -2.5272

-318928 881.8 14.3945 -6.548801 -0.009192 291582.5 1033.647 7.25E-07 -330748 922-317798 881.8 13.8655 -2.082833 -0.009014 286875 996.448 7.06E-07 -329618 922

-0.001985 5266730 0 2.35E-07 56171 5000 1 55 1

-422761 1517 14.49756 -41.85941 -0.00235 506819.3 996.448 4.2E-09 -424270 1620-12767.84 1410 -0.1593 -14.36616 0.001869 68106.5 847.276 4.73E-08 -12011 1517-1.52E-05 -419795 1360 -129.4728 933.2422 0.106148 8892378 996.448 -1.52E-05 -419713-1.32E-05 -405411 1360 -106.5568 773.9358 0.090543 7272278 996.448 -1.32E-05 -405329

-93893.44 1500 3.44255 -12.44724 -0.000297 36594.5 249.112 1.62E-08 -93709.44 1517

-56171.69 881.8 -5.0025 47.32469 0.004198 44332.5 0 -4.78E-07 -67991.3 9801687 10.83955 -18.08476 -0.003737 399466 747.336 2.7E-07 -335501 1800 3

0 5000 1 56 1

5.5E-07 -10734.86 2896 7.3037 -74.10914 -0.000936 68106.5 847.276 4.73E-08 -15906

2000 2 56 1 81 2

54120 235.016 -1E-07 -90477.46 305.38 21.86901 5.760671 -0.025126 -15680 235.016

3000 2 57 0.5 81 1

1594.612 -6.26E-06 -280758 500 -770.4297 4924.85 0.904787 22074706 1594.612 -0.000199-252539 1300 2 58 2 65 0.5

0 0 -88430.66 371 4.847779 -16.49408 -0.006085 4066.274 0 8.2E-07996.448 6.48E-08 -336362 371 29.71218 -114.3738 -0.02397 146544.1 996.448 8.85E-07-276638 1177 4.717161 34.86705 -0.002459 226882.5 498.224 3.24E-08 -303389 2000-122141 1800 2 58 1 20 0.5

-3E-06 -342868 388.36 15.42569 -32.68268 -0.000877 187526.5 996.448 -3E-06 -344550

4.29E-07 -88996 554 -38.15231 298.309 0.019049 1935436 627.55 4.29E-07 -109259876.662 -0.00012 -156184 500 370.8462 -2238.269 -0.376729 140180.3 876.662 4.45E-07

3.95E-07 -103610 596 -5.165919 69.36981 -0.001046 6554.822 56.369 3.95E-07 -102279

498.224 1.18E-07 -62607.08 1090 -2.91818 56.14953 -0.000488 56024.3 498.224 1.18E-07

655 -1.244001 43.58586 -0.006971 2662565 0 0 -88955.28 881.8 2.259199

-63075.54 1400 2 62 1 20 1

48201.51 8.37E-05 -278246 565 919.5944 -7410.349 -0.476054 5426360 55064.47 8.48E-05

8.37E-05 -247788 432 840.219 -6715.668 -0.459815 4222530 47952.4 8.37E-05 -249996-262745 631 58.093 -361.7671 -0.044762 1090000 0 0 -18875.15 655

655 9.317 12.341 -0.00724 1128053 996.448 1.07E-06 -222185 881.8 10.1928

-731069 2000 2 67 4 65 5

-104593 432 -1.726001 94.74941 -0.008878 5605250 0 0 -126677 552.3552.3 -1.508999 52.55203 0.004215 1548050 373.84 5.12E-08 -63754.26 881.8 1.1184

0 -36530.35 368.3 -1.194002 16.45442 0.000087 0 0 0 -39875.68552.3 -3.508 37.66032 0.004215 1548016 373.84 5.12E-08 -63200.26 881.8 -0.880601552.3 -10.507 111.3065 0.004215 1547977 373.84 5.12E-08 -65513.26 881.8 -7.879602

-27672 2024 0 0 0 0 0 0 0 4200

881.8 0 7.633 0 0 0 0 -14370 1268 0881.8 29.71235 -93.88078 -0.01851 22024 1245.56 7.2E-08 -297483 1250 3

881.8 30.7283 -80.77871 -0.021769 98640 1494.672 8.82E-08 -352557 1230 3

881.8 38.0252 -88.7001 -0.02509 278032 1992.896 1.21E-07 -466928 1170 3

-76317.94 1200 2 69 1 14 1

1.62E-08 -54711.24 1159 0.23198 13.53954 -0.000555 49935.85 249.112 1.62E-08 -50044.24-50524 1500 2 69 1 65 0.5

-27829.42 600.65 -0.6816 12.1702 0.000444 569491.5 0 0 -28026.42 881.8881.8 2.8482 -34.77376 -0.000149 22910 0 -9E-09 15936.96 1268 2.0438881.8 -109.6726 1051.333 0.031985 -1157102 -8320.672 -5.26E-06 -186651 1100 3881.8 26.4824 -90.57505 -0.016518 -64262 996.448 5.58E-08 -238641 1268 25.678

1500 2 73 1 81 11500 2 73 1 81 2

5.35E-05 0 0 0 13428 5000 1 81 122872.16 881.8 0 0 0 0 0 0 0 3000

3000 1 81 33000 1 81 43000 1 81 53000 1 81 63000 1 81 73000 1 81 8

-2170.178 881.8 -0.59945 3.881029 0.000182 4643 -41.08402 -1.29E-08 -13989.8 3000-71691.93 881.8 -5.504799 67.03505 0.000836 -25972 -483.398 -2.62E-08 -83511.55 3000-93704.69 881.8 -10.46305 133.0155 0.001432 -13381 -846.7921 -4.4E-08 -105524 3000

4.86E-08 -184679 928 -5.72935 94.61455 -0.000696 109783.5 747.336 4.86E-08 -182982

-65534 5000 1 85 2

1-171215 5000 1 85 3

-27193.29 3500 2 85 1 15 1-28358.29 3500 2 85 1 15 1

-35370.79 3500 2 85 1 65 0.5

-234352 3500 2 85 1 65 1

-2.82E-08 -222211 1687 2.9116 19.66811 -0.000805 64479.7 498.224 3.24E-08 -234497-1.44E-07 -224222 1687 1.0133 33.56274 0.000114 503311.5 498.224 -8.38E-08 -236508-89010.29 3500 2 85 1 65 1

881.8 0 16.08 0 0 0 0 -32090 1500 2650 2 87 2 81 3

183468 5739 0 0 0 0 0 0 0 6000

-102475 1500 2 92 1 65 1

-52456.57 2000 2 94 1 20 1

-181906 2000 2 94 1 20 2

-224299 2000 2 94 1 65 1

4.86E-08 -203966 2000 2 99 1 65 1.5

-90264.94 1000 2 103 1 14 1

1060 39.8762 -217.345 -0.015402 726378 996.448 6.48E-08 -273939 1180 37.3442

-108490 2500 2 103 1 65 0.5881.8 -0.1162 26.28345 -0.000417 37168.5 0 -9E-09 -65832.85 1180 -2.6482881.8 -0.2352 27.02085 -0.000351 39368.5 0 -9E-09 -63657.85 1180 -2.7672

-244201 692.73 17.1992 -39.39308 -0.010316 785488 996.448 6.48E-08 -244937 881.8

1050 3 81 2 65 4 104 1-271667 2500 2 104 1 65 1

-10443 432 -4.659 30.29617 0.001017 641650 0698.6 7.3902 6.374633 -0.005617 658778 996.448 6.48E-08

831 -4.2575 35.65328 0.000952 7275 0 0

81 3 65 6 4 2

2 4 2 65 1.5

3 4 1 65 0.5 38 0.5

2 7 2 81 22 7 2 81 3

-37418.84 432 -76.853 465.3771 0.14438 2325835 0

2 7 4 81 47 4 81 4

7 1 81 1

1 9 1

2740 10.8037 -85.73908 -0.000936 68106.5 847.276 4.73E-08

-2.423299 13.82795 0.004725 -2E+07 -952.476 -5.21E-07 47135

-9.358821 129.0435 0.000975 15043.5 112.738 -2.94E-08 -22991710 2 85 1 65 210 2 94 1 65 2

14.18026 -13.19413 -0.004076 1546333 996.448 6.48E-08 -56850710 1 14 0.5

-3.741939 65.22127 -0.001392 1394755 0 0 -18926710 1 14 1

-406627 768 -193.3205 1329.72 0.161032 13397395 1594.612

1198 -13.04944 138.5205 0.00043 1386830 117.1912 1.68E-08

895 -171.7456 1296.186 0.071837 19424833 996.448 6.48E-08

182.9778 0.007171 2606804 -294.262 -6.86E-08 -141167 1002436.9051 0.015242 2876366 -1165.852 -8.18E-07 -382632 10021.029287 57.08656 -0.001836 2911657 747.336 3.72E-07 -416810

110.7652 0.000864 44601.5 -784.024 -5.7E-08 -70348.73 2500863 21.67603 -71.70711 -0.013299 622403.5 996.448 1.13E-07

1300 2 12 2 65 1.5

2 12 1 43 1.5

68.46773 0.000259 8925.85 0 -2.9E-08 23957.96 3000

10.61505 -100.8932 -0.001419 90719.5 1096.388 7.45E-08 -57448.8

39.83115 -229.6055 -0.009317 920407.5 2358.026 4.41E-07 -5172751112 41.84185 -181.7594 -0.016532 1024520 3711.58 7.91E-07

-558134 1121 16.83696 -42.99656 -0.006797 -615391 996.4484.3224 128.4822 -0.002254 249264 2179.816 1.55E-07 -1016074

2 16 1 20 1

-267841 1200 664.2985 -5008.826 -0.184773 -1.6E+08 275.088

41.8031 -243.4149 -0.012231 398106.5 1337.772 -4E-09 -3550092000 3.26335 23.34252 -0.002525 36594.5 249.112 1.6E-07

76.8861 0.000866 -45347.3 -416.036 -8E-08 -129155 175716 1 81 1 65 1.5

-263.7421 -0.019783 464035 3011.668 7.8E-07 -376231 1400-373.6075 -0.023556 624472.5 3987.168 1.13E-06 -381162 1400-290.6405 -0.020719 503823.5 3253.588 8.67E-07 -379837 1400

12.08733 -14.67241 -0.003665 -5424202 747.336 4.86E-08 -428704

68.31123 -0.000506 22918.5 0 -9E-09 -78767.09 1100

80.61853 -0.000583 16455.5 0 -2.7E-08 -332685 2000

0 0 0 0 0 0 0

22 3 81 4

22 1 81 0.8922 1 81 2

830.757 -7239.526 -0.201906 19797597 72300.24 1.64E-05 -745104

1 23 1

-200354 400 71.17575 -551.2241 -0.024052 998082.5 5667.456

23 2 81 3

1920 -178.43 1513.529 0.028617 -1845490 -8687.7 -1.12E-06

-101928 493 -2.67841 53.44009 -0.002002 32171.75 56.369

-31259.8 388.36 18.9058 -197.6874 0.002886 152989 2294.356

0 0 0 880.0078 1811 3300 Melting Pt-1.496544 22.3682 0.001187 160475.8 249.112 -2E-07 -68820.623045.083 0.13137 -1114888 -13408.26 -3.91E-06 -669947 1043-153.166 1356.7 0.064115 17037190 2989.344 1.67E-07 -821918

-1.810868 0.002024 74552 458.0644 5.96E-08 -111864 181168.77638 0.00266 55575.75 351.5736 5.05E-08 -165593 1811

1000 -163.3444 1165.43 0.086539 104090 747.336 4.86E-08-0.09523 61.23761 0.002972 689494 996.448 -9.8E-07 -37000567.4408 -502.7233 -0.024227 134589.5 847.276 -2.6E-08 34500.24

-1801161 850 -195.8675 1439.049 0.089702 14878778 996.4481430769 830 8687.574 -63272.94 -3.279447 -1.1E+09 0

-25.00067 0.001757 19703.43 58.5956 -1.94E-08 57080.32 181111.8305 -64.62707 -0.007002 -13124.75 117.1912 1.68E-08 -66280.93

-35.56422 0.000613 59583.75 327.0952 4.01E-08 -38387.35 1811

2.987823 0.001325 35812.88 175.7868 2.52E-08 -64703 18110.72745 7.805793 -0.00106 110294.4 249.112 1.4E-07 -69452.64

3472.674 411 -12.548 77.12355 0.011203 -37775 0553.6035 0.040941 179287 567.736 -1.13E-08 -113907 1043

32 1 81 21049.433 0.051306 -152057.5 -3150.512 -5.91E-07 -261419 1043

2000 2 41 1 31 1

-3.585 57.59131 0.000243 613000 0 0 -31435.57

81 3 65 6 44 2

432 -6.876 74.77924 0.004285 1769800 0 0-0.5622 30.8018 -0.001334 40768.5 0 -9E-09 -48643.27

44 1 81 1

-329213 400 -4722.633 29086.2 6.923273 79478435 -1731.296

9.93E-07 -95501.24 368.3 7.66806 -32.49378 -0.007677 4106.235-35.60574 267.3552 0.003774 2729965 0 9.93E-07 -137081

432 15.79796 -22.16927 -0.009503 873451.8 996.448 -1.12E-06291.1267 0.002582 -450562.5 -1512.492 -1.09E-07 -310534 2000-607478 867 6.81973 48.29919 -0.004783 106620.4 1245.56

3 47 1 4 1 65 12 47 1 14 0.5

550 3 47 1 38 0.5 31-5.415679 76.50693 -0.000636 -252527.5 0 5.8E-08 -103628

1043.7 -0.547979 55.8178 -0.000937 -145200 627.55 7.64E-08800 3 47 1 57 0.5 65

1043.7 -6.65559 97.74731 -0.000183 -241181 56.369 4.33E-08

-5.609341 -0.000462 -250084 0 4.9E-08 -8596.208 2000

-308101 683 159.9902 -1042.412 -0.115534 -6616151 1594.612

1000 -162.3528 1178.268 0.087355 14578 996.448 6.48E-083000 -1.1154 61.05209 -0.000792 0 0 2.8E-082000 4.25395 -32.1659 -0.000791 -3957669 249.112 4.42E-08

68.11776 -0.000229 28818.5 0 -9E-09 -133945 200015.2605 -10.57785 -0.009508 160732.5 1033.647 7.25E-07 -33207314.7315 -6.111884 -0.00933 156025 996.448 7.06E-07 -330943

-6.02144 110.0202 -0.000185 105719.3 996.448 4.2E-09 -4300948.3037 -70.60654 -0.000936 68106.5 847.276 4.73E-08 -14273.79

1410 -127.7058 920.1673 0.105953 8892378 996.448 -1.52E-051410 -104.7898 760.8609 0.090348 7272278 996.448 -1.32E-05

6.26355 -31.19403 -0.001232 36594.5 249.112 1.62E-08 -94463.68

-2.8215 32.95026 0.003055 87732.5 0 -4.78E-07 -67572.2355 1 85 1 65 1.5

3000 2 56 2 15 1

-1E-07 -84581.46 357.25 118.322 -617.4142 -0.110504 -2546580

-585524 723.15 40.32953 -239.1989 -0.022191 -92326.36 1594.612

-87805.18 388.36 -3.279221 31.43145 0.006426 4066.274 0-335736 388.36 21.58518 -66.44828 -0.011459 146544.1 996.448

3 58 1 4 1 65 1

432 20.84969 -58.71069 -0.011746 732526.5 996.448 -3E-06

700 3 58 1 57 0.5 65-30330.72 550 -3.253764 84.97128 -0.002729 140180.3 876.662

1177 -9.458349 120.201 0.001252 160165.3 56.369 -1.47E-08

-198247 1200 -0.81818 39.16037 -0.000488 56024.3 498.224

81.41723 -0.012725 426639 0 -3.6E-08 -136234 1100

-332101 631 139.2684 -1075.086 -0.062899 1781980 7112.072

623 841.561 -6726.748 -0.460798 4191130 47952.4 8.37E-05-3.962 41.76213 0.002035 1250855 0 0 -39935

21.79884 -0.008679 569071 996.448 1.06E-06 -234004 1200

-3.026 117.8855 -0.009676 5518266 373.84 5.12E-08 -14331380.92556 -0.0001 -128894 373.84 2.42E-08 -99213.12 2000

388.36 -25.575 160.231 0.03762 0 0 066.03385 -0.000101 -128928.5 373.84 2.42E-08 -98659.12 2000139.6801 -0.000101 -128968 373.84 2.42E-08 -100972 2000

1 69 1

7.633 0 0 0 0 -14370 150069 2 81 1 65 2.5

69 3 81 1 65 3

69 5 81 1 65 4

1268 -0.57245 19.26302 -0.000232 36594.5 249.112 1.62E-08

0.1942 21.62805 -0.000994 10510 0 -9E-09 -39846-29.05051 0.000174 9568.5 0 -9E-09 15457.96 2000

69 1 81 1 65 2-84.85181 -0.016195 -77603.5 996.448 5.58E-08 -239120 1440

0 0 0 0 0 0 0

-1.2892 9.944117 0.00013 2352000 0 0 -18524.5-0.7132 22.94485 0.000148 504000 0 0 -87502-2.0715 55.44101 0.000279 0 0 0 -111552.5

1700 2 82 2 65 1.5

2000 2 85 1 65 12000 2 85 1 65 1

87 2 81 2

1 89 1

-173.5433 -0.015402 726378 996.448 6.48E-08 -304492 1185

70.08514 -0.000417 37168.5 0 -9E-09 -96385.61 180070.82254 -0.000351 39368.5 0 -9E-09 -94210.61 1800

18.075 -29.93524 -0.011755 226506.5 996.448 5.58E-08 -256757

fase a b c faixa T (K) A B C DAl S 4.94 0.00296 0 298-934 4.94 0.00148 0 -1604Al L 7.00 0 0 934-1273 7.00 0 0 330

Al2O3 S 25.48 0.00425 -682000 298-1800 27.49 0.00141 838000 -11132Au S 5.66 0.00124 0 298-1338 5.66 0.00062 0 -1743Au L 7.00 0.00000 0 1338-1600 7.00 0.00000 0 530Bi S 4.49 0.00540 0 298-545 4.49 0.00270 0 -1579Bi L 4.78 0.00147 505000 545-820 7.50 0 0 180C diamante 2.18 0.00316 -148000 298-1200 2.27 0.00153 154000 -1329C grafite 4.10 0.00102 -210000 298-2300 4.03 0.00057 204000 -1936

CO G 6.79 0.00098 -11000 298-2500 6.79 0.00049 11000 -2105CO2 G 10.55 0.00216 -204000 298-2500 10.57 0.00105 206000 -3936

CaCO3 S 298-1200 59.24 0 1168000 -21580CaO S 11.86 0.00108 -166000 298-1178 11.67 0.00054 156000 -4051Co a 5.11 0.00342 -21000 298-700 4.74 0.00200 0 -1591Co b 3.30 0.00586 0 700-1394 2.16 0.00351 0 -422Co g 9.60 0 0 1394-1768 17.49 -0.00246 0 -10190Co L 8.30 0 0 1768-1900

CoO S 11.54 0.00204 40000 298-1800 9.00 0 0 1230Cr S 5.84 0.00236 -88000 298-2130 4.16 0.00181 -30000 -1301Cr L 9.40 0 0 2123- 9.40 0 0 890

Cr2O3 S 28.53 0.00220 -374000 298-1800 28.53 0.00110 374000 -9758Cu S 5.41 0.00150 0 298-1358 5.41 0.00075 -1680Cu L 7.50 0 0 1356-1600 7.50 0 0 -20

Cu2O S 14.90 0.00570 0 298-1200 14.90 0.00285 0 -4696Fe a 4.18 0.00592 0 273-1043 3.04 0.00379 -60000 -1042Fe b 9.00 0 0 1043-1185 11.13 0 0 -5087Fe g 1.84 0.00466 0 1185-1667 5.80 0.00099 0 49Fe d 10.50 0 0 1667-1811 6.74 0.00080 0 -825Fe L 10.00 0 0 1811-1873 9.77 0.00020 0 -670

FeO S 11.66 0.00200 -67000 298-1652 11.66 0.00100 67000 -3790FeO L 16.30 0 0 1651-1800 16.30 0 0 -1200

Fe3O4 a 21.88 0.04820 0 298-900 21.88 0.02410 0 -8666Fe3O4 b 48.00 0 0 900-1870 48.00 0 0 -12650Fe2O3 a 23.49 0.01860 -355000 298-950 23.49 0.00930 355000 -9021Fe2O3 b 36.00 0 0 950-1050 36.00 0 0 -11980Fe2O3 g 31.71 0.00176 1050-1730 31.71 0.00088 0 -8446

FeS a 298-411 5.19 0.01320 0 -2721FeS b 411-598 17.40 0 0 -4944FeS g 598-1465 12.20 0.00119 0 -2138FeS L 1468-2000 17.00 0 0 1120H2 G 6.52 0.00078 12000 298-3000 6.52 0.00039 -12000 -1938

H2O L 18.04 0 0 298-373 18.04 0.00000 0 -5379H2O G 7.17 0.00256 8000 298-2500 7.30 0.00123 0 -2286Mg S 298-922 4.97 0.00152 -4000 -1604Mg L 7.80 923-1400 7.80 0 0 -780Mg G 298-3500 4.97 0 0 23476

MgO S 298-2100 10.18 0.00087 148000 -3609MgCO3 S 298-75 18.62 0.00690 416000 -7560

Mn a 5.16 0.00381 0 298-980 5.70 0.00169 37000 -1974Mn b 8.33 0.00066 0 980-1360 8.33 0.00033 0 -2675

Cp = a + b.T + c.T-2 cal/mol HT - H298 = A.T + B.T2 + C.T-1 + D cal/mol

Mn g 10.70 0 0 1360-1410 10.70 0 0 -4760Mn d 11.30 0 0 1410-1517 11.30 0 0 -5170Mn L 11.00 0 0 1517-2308 11.00 0 0 -1220

MnO S 11.11 0.00194 -88000 298-1800 11.11 0.00097 88000 -3694Mo S 5.48 0.00130 0 298-1800 5.18 0.00083 0 -1618

MoO3 S 20.07 0.00590 -368000 298-1068 20.73 0.00259 418000 -7813MoO3 L 32.00 0.00000 0 1068-1500 32.00 0.00000 0 -4000

N2 G 6.66 0.00102 0 298-2500 6.83 0.00045 12000 -2117NH3 G 7.11 0.00600 -37000 298-1800 7.11 0.00300 37000 -2511Ni a 7.80 -0.00047 -133500 298-631 4.06 0.00352 0 -1523Ni b 7.10 0.00100 -223000 631-1728 6.00 0.00900 0 -1701Ni L 9.20 0 0 1728-3200 9.20 0 0 -330

NiO a -4.99 0.03758 389000 298-525 -4.99 0.01879 -389000 1122NiO b 13.88 0 0 525-565NiO g 11.18 0.00202 0 565-1800O2 G 7.16 0.00100 -40000 298-3000 7.16 0.00050 40000 -2313Pb S 5.63 0.00233 0 298-601 5.29 0.00140 -23000 -1625Pb L 7.75 -0.00074 0 600-1200 7.77 -0.00036 0 -1377

PbO S 9.05 0.00640 0 298-1000 9.05 0.00320 0 -2983Sn S 4.42 0.00630 0 298-505 4.42 3.15000 0 -1598Sn L 7.30 0 0 505-3000 7.30 0.00000 0 -530Ti a 5.28 0.00240 0 298-1156 5.25 0.00126 0 -1677Ti b 6.91 0 0 1155-1945 7.50 0 0 -1650Ti L 8.00 0 0 1933- 8.00 0 0 1840

TiO2 rutilo 17.97 0.00028 -435000 298-1800 17.97 0.00014 435000 -6829Zn S 5.35 0.00240 0 298-693 5.35 0.00120 0 -1702Zn L 7.50 0 0 693-1200 7.50 0 0 -850Zn G 4.97 0 0 298-1200 4.97 0 0 26084

ZnO S 11.71 0.00122 -218000 298-1600 11.71 0.00061 218000 -4277ZnO G 8.40 0.00034 -82000 298-2000 8.40 0.00017 82000 -2795

fusão cal/mol

faixa T (K)298-934 934 2580

934-1273 2798 70100298-1800 2327 26680298-1338 1338 2957 3124 78488

1338-3000298-545 545 2700545-820 1910 44200

298-1200298-2300298-2500298-2500298-1200298-1178 3200 19000

298-700 700 108700-1394 1394 0

1394-1768 1768 37001768-1900 3196 86666

298-1800298-2130 2130 4047 2943

2123-298-1800 2673298-1358 1358 3120

1356-1600 2839 71891298-1200 1517 15353273-1043 1043 0

1043-1185 1185 2151185-1667 16671667-1811 1811 33001811-1873 3135 83600

298-1652 1652 57501651-1800

298-900900-1870 1870 33000

298-950950-1050

1050-1730298-411 411 560411-598 598 95

598-1465 1465 76701468-2000

298-3000298-373 273 1436 373 9767

298-2750298-922 922 2139

923-1400 1363 30250298-3500298-2100 3105 18600

298-75298-980 980 532

980-1360 1360 507

+ C.T-1 + D cal/molebulição cal/mol

Tr.est sólido cal/mol

Tr.est sólido cal/mol

Tr.est sólido cal/mol

Tf DHf Te DHe Ta/b DHa/b Tb/g DHb/g Tg/d

1360-1410 14101410-1517 1517 28821517-2308 2308 53593

298-1800 2115 ?298-2890 2890 6600 4952 141000298-1075 1075 11690 1373 46000

1075-1500298-2500298-1800

298-631 631 0631-1728 1728 4100

1728-3200 3159 90230298-525 525 0

565 02228 13000

298-3000298-601 601 1147

600-1200 2024 42600298-1000 1159 6130

298-505 505 1680 2876 70687505-3000298-1156 1156 1017

1155-1945 1945 33001933- 3611 98336

298-1800 2143 15500298-693 693 1750

693-1180 1180 275651180-2000

298-2000 2243298-2000

faseAl SAl L

Al2O3 S

Bi SBi LC diamanteC grafite

CO GCO2 G

CaCO3 SCaO SCo aCo bCo g Co L

CoO SCr SCr L

Cr2O3 SCu SCu L

Cu2O SFe aFe b

200 Fe gFe d Fe L

FeO SFeO L

Fe3O4 aFe3O4 bFe2O3 aFe2O3 bFe2O3 g

FeS aFeS bFeS gFeS LH2 G

H2O GMg SMg LMg G

MgO SMgCO3 S

Mn aMn b

Tr.est sólido cal/mol

DHg/d

449 Mn gMn d Mn L

MnO SMo S

MoO3 SMoO3 L

N2 GNH3 GNi aNi bNi L

NiO a

O2 GPb SPb L

PbO SSn SSn LTi aTi bTi L

TiO2 SZn SZn LZn G

ZnO SZnO G

Entalpia e entropia de mistura (entalpia e entropia de formaçãode solução) em ligas com Ferro. (em calorias)

T = 1876K T = 1873K{Al} = [Al] {Fe} = [Fe] <C> = [C]

X,Al X,Fe X,C1.0 0 0.0 -30700 0.00 5421 ¥0.9 0.1 0.02 5738 11.6250.8 0.2 0.04 6068 10.0920.7 0.3 0.06 6413 9.1240.6 0.4 0.08 6772 8.3830.5 0.5 0.10 7147 7.7620.4 0.6 0.12 7539 7.2140.3 -10545 -0.314 0.7 -952 0.668 0.14 7950 6.7120.2 -12248 0.332 0.8 -376 0.461 0.16 8380 6.2410.1 -13869 1.766 0.9 -81 0.223 0.18 8831 5.7900.0 -15350 ¥ 1.0 0 0 0.20 9305 5.351

T = 1873K T = 1600K{Si} = [Si] {Fe} = [Fe]

X,Si X,Fe X,V0.0 -31400 ¥ 1.0 0 0 0.0 28287 ¥0.1 -29897 0.177 0.9 -99 0.247 0.1 10804 15.5970.2 -26214 -1.544 0.8 -786 0.529 0.2 868 6.7820.3 -19399 -1.597 0.7 -3096 0.53 0.3 -3413 2.3780.4 -12096 -1.211 0.6 -7038 0.324 0.4 -4275 0.5760.5 -6642 -0.567 0.5 -11456 -0.206 0.5 -3148 0.3360.6 -3266 0.047 0.4 -15549 -0.963 0.6 -1498 0.6480.7 -1346 0.361 0.3 -19065 -1.524 0.7 -630 0.6300.8 -435 0.360 0.2 -21751 -1.491 0.8 -180 0.4720.9 -76 0.202 0.1 -23727 -0.527 0.9 -16 0.2341.0 0 0 0.0 -25037 ¥ 1.0 0 0

Tabela de entalpia de dissolução de elementos no ferro líquido em baixas concentrações

reação5100

-311000

DHMAl DSM

Al DHMFe DSM

Fe DHMC DSM

C

<V> = [V] (Fea,V)

DHMSi DSM

Si DHMFe DSM

Fe DHMV DSM

V

DHMi (cal/mol)

C (grafite) ® [C]Si (líquido) ® [Si]Mn (líquido) ® [Mn]

MBB

MAA

M HXHXH DDD ..

5000-10300-28000-31500

08000

-5000

Cr (sólido) ® [Cr]Al (líquido) ® [Al]1/2 O2 (g) ® [O]1/2 S2 () ® [S]Co (líquido) ® [Co]Cu (líquido) ® [Cu]Ni (líquido) ® [Ni]

T = 1873K T = 1823K{Fe} = [Fe] {Cu} = [Cu] {Fe} = [Fe]

X,Fe X,Cu X,Fe1.00 0 0.000 1.0 0 0.000 0.0 9300 ¥0.98 -3 0.042 0.9 118 0.211 0.1 6978 4.9350.96 -13 0.087 0.8 409 0.442 0.2 5299 3.5700.94 -32 0.138 0.7 830 0.713 0.3 4028 2.7480.92 -59 0.193 0.6 1355 1.051 0.4 3049 2.1200.90 -96 0.255 0.5 1982 1.461 0.5 2282 1.6180.88 -144 0.322 0.4 2714 1.922 0.6 1678 1.2370.86 -206 0.397 0.3 3702 2.525 0.7 1152 0.9160.84 -282 0.480 0.2 5312 3.544 0.8 624 0.5830.82 -374 0.573 0.1 7897 5.493 0.9 178 0.2530.80 -485 0.676 0.0 11370 ¥ 1.0 0 0

T = 1600K

X,Fe1.0 0 00.9 869 0.8390.8 2558 2.3430.7 3925 3.7690.6 4325 4.6950.5 3384 4.8770.4 1410 4.5210.3 -135 4.6000.2 -1428 5.1180.1 -2219 6.6010.0 -2508 ¥

DHMFe DSM

Fe DHMCu DSM

Cu DHMFe DSM

Fe

Fe a = [Fe] (Fe a,V)

DHMFe DSM

Fe

MBB

MAA

M HXHXH DDD ..

< > sólido; { } líquido ; ( ) gásreação<Al> = {Al} 2,580 2.76{Al} = (Al) 72,810 26.17 660<AlN> = {Al} + 1/2 (N2) 78,170 27.61 660<Al2O3> = 2 {Al} + 3/2 (O2) 403,260 78.11 660<C> = (C ) 170,520 37.16 1750(CH4) = <C> + 2 (H2) 21,760 26.45 500(CO) = <C> + 1/2 (O2) 27,340 -20.50 500(CO2) = <C> + (O2) 94,490 -0.13 500<Ca> = {Ca} 2,040 1.84{Ca} = (Ca) 37,720 20.82 839<CaF2> = {CaF2} 7,100 4.20{CaF2} = (CaF2) 73,780 26.29<CaF2> = {Ca} + (F2) 291,400 38.79 839<CaC2> = {Ca} + 2 <C> 14,400 -6.28 839<CaCO3> = <CaO> + (CO2) 38,560 32.80 700<CaSi> = (Ca> + <Si> 36,000 3.70 25<Ca3P2> = 3 <Ca> + (P2) 155,000 51.70 25<CaO> = {CaO} 19,000 5.90<CaO> = {Ca} + 1/2 (O2) 153,000 25.95 839<CaS> = {Ca} + 1/2 (S2) 131,000 24.82 839<Cr> = {Cr} 4,050 1.90{Cr} = (Cr) 83,290 28.29 1857<Cr23C6> = 23 <Cr> + 6 <C> 74,000 -18.50 25<Cr2O3> = 2 <Cr> + 3/2 (O2) 265,330 59.11 900<Cu> = {Cu} 3,120 2.30{Cu} = (Cu) 73,650 26.02 1083<Cu2O> = 2 <Cu> + 1/2 (O2) 40,250 17.03 25<Cu2O> = {Cu2O} 13,580 9.00{Cu2O} = 2 {Cu} + 1/2 (O2) 28,380 9.43 1236<CuO> = <Cu> + 1/2 (O2) 36,390 20.40 25

33,630 10.36 2531,500 7.36 435

2,150 1.53<CuS> = <Cu> + 1/2 (S2) 27,630 18.18 25

3300 1.82{Fe} = (Fe) 86900 27.78 1536<FeO> = <Fe> + 1/2 (O2) 63,030 15.38 25<FeO> = {FeO} 7,490 4.54{FeO} = {Fe} + 1/2 (O2) 61,200 12.83 1371

DGo = DHo - T.DSo faixa de T (oC)DHo (cal) DSo (cal/mol.K)

<Cu2S>g = 2 <Cu> + 1/2 (S2)<Cu2S>m = 2 <Cu> + 1/2 (S2)<Cu2S>m = {Cu2S}

<Fe>d = {Fe}

<Fe3O4> = 3 <Fe> + 2 (O2) 263,430 73.46 25<Fe2O3> = 2 <Fe> + 3/2 (O2) 194,580 59.91 25{H2O} = (H2O) 9,820 26.32(H2O) = (H2) + 1/2 (O2) 59,150 13.35 25(H2S) = (H2) + 1/2 (S2) 21,900 12.09 25<Mg> = {Mg} 2,140 2.32{Mg} = (Mg) 30,970 22.74 649<MgCO3> = <MgO> + (CO2) 27,800 41.45 25<MgO> = <Mg> + 1/2 (O2) 143,630 25.71 25<MgO> = (Mg) + 1/2 (O2) 174,380 48.77 1090<MgS> = <Mg> + 1/2 (S2) 97,900 22.56 25<MgS> = (Mg) + 1/2 (S2) 129,000 46.14 1090<Mn> = {Mn} 2,900 1.90{Mn} = (Mn) 56,350 24.18 1244<MnO> = <Mn> + 1/2 (O2) 92,940 18.24 25<Mn3O4> = 3 <Mn> + 2 (O2) 331,000 82.32 25<Mn3O4> = 3 <MnO> + 1/2 (O2) 55,500 27.96 925<Mn2O3> = 2 <Mn> + 3/2 (O2) 228,000 61.00 25<Mn2O3> = 2/3 <Mn3O4> + 1/6 (O2) 8,380 6.71 800<MnO2> = <Mn> + (O2) 124,000 43.26 25<MnS> = {MnS} 6,240 3.46<MnS> = <Mn> + 1/2 (S2) 70,870 18.34 700<Mo> = {Mo} 6,650 2.30{Mo} = (Mo) 141,200 28.73 2620<MoO3> = {MoO3} 11,400 10.80<MoO3> = <Mo> + 3/2 (O2) 176,900 58.97 25(MoO3) = <Mo> + 3/2 (O2) 86,000 14.20 25(NH3) = 1/2 (N2) + 3/2 (H2) 12,840 27.85 25(NO) = 1/2 (N2) + 1/2 (O2) -21610 -3.03 25(NO2) = 1/2 (N2) + (O2) -7,720 15.14 25<Nb> = {Nb} 6,430 2.34{Nb} = (Nb) 164,890 32.11 2477<Nb2O5> = {Nb2O5} 24,920 13.96{Nb2O5} = 2 <Nb> + 5/2 (O2) 451,300 100.31 25<Ni> = {Ni} 4,180 2.42{Ni} = (Ni) 92,250 29.02 1453<NiO> = <Ni> + 1/2 (O2) 56,310 20.57 25<NiO> = {NiO} 13,000 5.84(P2O5) = (P2) + 5/2 (O2) 377,150 120.80 358(P4O10) = 2 (P2) + 5 (O2) 754,300 241.60 358<Pb> = {Pb} 1,150 1.91{Pb} = (Pb) 43,490 21.54 328

<PbO> = {PbO} 6,570 5.67{PbO} = {Pb} + 1/2 (O2) 43,300 16.26 885<PbS> = {PbS} 4,500 3.79<PbS> = {Pb} + 1/2 (S2) 39,000 21.04 328<S> = {S} 410 1.06{S} = 1/2 (S2) 14,000 16.32 115(SO) = 1/2 (S2) + 1/2 (O2) 13,810 -1.19 445(SO2) = 1/2 (S2) + (O2) 86,440 17.37 445(SO3) = 1/2 (S2) + 3/2 (O2) 109440 39.04 445<Si> = {Si} 12,080 7.17{Si} = (Si) 94,500 26.62 1412(SiO) = <Si> + 1/2 (O2) 24,900 -19.72 25<SiO2>quartzo = {SiO2} 1,840 1.08<SiO2>quartzo = <Si> + (O2) 216,800 42.00 25<SiO2>cristobalita = {SiO2} 2,290 1.15<SiO2>cristobalita = <Si> + (O2) 216,500 41.95 25<Sn> = {Sn} 1,680 3.33{Sn} = (Sn) 70,740 24.59 232(SnO) = {Sn} + 1/2 (O2) -1,500 -12.17 232<SnO2> = {Sn} + (O2) 137,400 47.41 232<Ti> = {Ti} 3,700 1.90{Ti} = (Ti) 102,000 28.68 1670<TiC> = <Ti> + <C> 44,160 3.00 25<TiN> = <Ti> + 1/2 (N2) 80,380 22.29 25

123,000 17.70 25<TiO2>rutilo = <Ti> + (O2) 224,900 42.44 25<Zn> = {Zn} 1,750 2.53{Zn} = (Zn) 28,230 23.96 420<ZnO> = (Zn) + 1/2 (O2) 110,000 47.40 907<ZnS> = {Zn} + 1/2 (S2) 66400 25.8 420(ZnS) = (Zn) + 1/2 (S2) -1,200 7.3 1182<Zr> = {Zr} 5,000 2.35{Zr} = (Zr) 138,550 29.59 1852<ZrO2> = {ZrO2} 20,800 7.05<ZrO2> = <Zr> + (O2) 261,000 43.9 25

<TiO>b = <Ti> + 1/2 (O2)

63,030 15.38 257,490 4.54

<Fe0,947O> = 0,947 <Fe> + 1/2 (O2)<Fe0,947O> = {Fe0,947O}

6602520200020543800200020002000

839149114182533148414841200

839839

2927148414841857267215001650108325631083123620001083

43511291129

4315362862137113712000

faixa de T (oC)

15971500

10020002000

6491090

402649

2000649

17001244206212441244154012441000

5101530120026204640

795795

20002000200020002477486315121512145329141984

17001700

3281750

885153511131113

115445

2000200020001412328014121423141217231412

232260317001630167032901670167016701670

420907

1700907

17001852441026801850

13711371

faixa de T (K)2 <Ag> + 1/2 (O2) = <Ag2O> -28117 + 60,626.T 298 - 1000

-1675100 + 313,195.T 298-933(m)-1682927 + 323,239.T 933-2315(M)

2 {Al} + 3/2 (O2) = {Al2O3} -1574106 + 275,011.T 2315-2767(b)2 (Al) + 3/2 (O2) = {Al2O3} -2106430 + 468,619.T 2767-3500<Ba> + 1/2 (O2) = <BaO> -568187 + 97,069.T 298-1002(m){Ba} + 1/2 (O2) = <BaO> -557183 + 102,675.T 1002-1895(b)2 {Bi} + 3/2 (O2) = <Bi2O3> -590153 + 292,629.T 545-1097(M)2 {Bi} + 3/2 (O2) = {Bi2O3} -445178 + 159,578.T 1097-1773<C> + 1/2 (O2) = (CO) -112877 - 86,514.T 298-2500<C> + (O2) = (CO2) -394762 - 0,836.T 298-2500<Ca> + 1/2 (O2) = <CaO> -633144 + 98,993.T 298-1112(m)

<Ca> + <C> + 3/2 (O2) = <CaCO3> -1196312 + 242,087.T 298-1112(m){Ca} + <C> + 3/2 (O2) = <CaCO3> -1196247 + 244,973.T 1112-1473

DGo (J/mol); DSo (J/mol.K) DGo = DHo - T.DSo

2 <Al> + 3/2 (O2) = <Al2O3>a2 {Al} + 3/2 (O2) = <Al2O3>a

< > sólido; { } líquido ; ( ) gás(m) fusão do metal(M) fusão do composto(b) ebulição do metal

Energia livre padrão de dissolução de vários elementos no ferro líquidoM (puro) = M (1% em solução)

elemento (estado)

A B A B{Al} 0.058 -15046 -5.33 -62954 -22.30<B> 0.022 -15600 -5.15 -65272 -21.55(Ca) 2240 -9430 11.80 -39456 49.37<C> (grafite) (*) 0,573 5563 -10.17 23276 -42.55{Ce} 0.03 -13000 11.00 -54393 46.03{Pb} 1400 50800 -25.40 212552 -106.28{Co} 1.054 -1525 -8.34 -6381 -34.90{Cu} 8.77 11064 -11.00 46293 -46.03{Cr} 1 -9.01 -37.70<Cr> 1.14 4600 -11.20 19247 -46.86

- -34310 6.79 -143556 28.41{Sn} 2.8 3820 -10.62 15983 -44.44

- -29200 -4.60 -122176 -19.25- 8720 7.28 36485 30.46- 8720 11.02 36485 46.11

{Mn} 1.3 976 -9.12 4084 -38.16{Mo} 1 -10.23 -42.80<Mo> 1.86 6600 -12.52 27615 -52.38{Nb} 1 -10.20 -42.68<Nb> 1.4 5500 -12.50 23013 -52.30{Ni} 0.66 -5000 -7.42 -20921 -31.05

- 860 5.71 3598 23.89- -28000 -0.69 -117155 -2.89- 28900 -12.51 120921 -52.34

{Pd} 2.805 5056 -11.08 21155 -46.36{Ag} 200 19700 -10.46 82427 -43.77{Si} 0.00132 -30907 -4.46 -129318 -18.66{Ti} 0.074 -9700 -8.85 -40586 -37.03<Ti> 0.077 -6000 -10.75 -25105 -44.98{W} 1 -11.50 -48.12<W> 1.2 7500 -15.20 31381 -63.60{U} 0.027 -13400 -12.00 -56067 -50.21{V} 0.08 -10100 -8.60 -42259 -35.98<V> 0.1 -4950 -10.90 -20711 -45.61{Zr} 0.014 -19300 -8.31 -80753 -34.77<Zr> 0.016 -15400 -10.13 -64435 -42.38

DGo = A + BT (cal/mol) DGo = A + BT (J/mol)

go1873

S 1/2 (S2) = S (%)

P 1/2 (P2) = P (%)H 1/2 (H2) = H (%)H 1/2 (H2) = H (ppm)

N 1/2 (N2) = N (%)O 1/2 (O2) = O (%)O {FeO} = O (%) + {Fe}

(*) o valor de go é válido até %C @ 0,2

Ag Al As Au B C Ca Ce CoAg -0.04 -0.08 0.22Al -0.017 0.045 0.091 -0.047As 0.25AuB 0.038 0.22C 0.028 0.043 0.043 0.24 0.14 -0.097 0.0076

Ca -0.072 -0.34 -0.002CeCo 0.021 0.0022Cr -0.002 -0.12 -0.019Cu 0.066Ge 0.03H 0.013 0.05 0.06 0.0018LaMgMnMoN

NbNdNiOP

PbPdPtRhS

SbSeSiSnTaTeTiUVWZr

Cr Cu Ge H La Mg Mn Mo N Nb-0.01

0.24 -0.0580.077

0.49 0.074-0.024 0.016 0.008 0.67 0.07 -0.012 -0.0083 0.11 -0.06

-0.6-0.022 -0.14 0.032

-0.0003 0.016 -0.33 0.0018 -0.190.018 -0.023 -0.24 0.026

0.007 0.41-0.0022 0.0005 0.01 -0.027 -0.0014 0.0022 -0.0023

Nd Ni O P Pb Pd Pt Rh S Sb

-6.6 0.0065 0.030.0037

-0.11 0.0037-1.8 0.048

0.012 -0.34 0.051 0.0079 0.046-0.044

-5.30.018 0.003 0.0011

0.0002 -0.14 -0.053 0.0083 -0.02-0.065 0.044 -0.0056 -0.021

0.027-0.038 -0.19 0.011 0.0062 0.0063 0.008

Se Si Sn Ta Te Ti U V W Zr

0.0056 0.011

0.0780.08 0.041 -0.021 -0.077 -0.0056

-0.097

-0.0043 0.009 0.0590.027

0.027 0.0053 -0.02 -0.019 -0.0074 0.0048

Coeficientes de interação no Fe sólido Nippon Gakujutsu Shinkokai - 1984Comitê no.19 de aciariaS. Matsushita

Valores recomendados de equilíbrio para as reações de aciaria

i j, k , ... estado ei(j,k,...) T(K) f(T)H H d 0 1773N N d 0 1773

Al C a -0.028 1273C Al a -0.01 1273C Al, C a -0.0038 1273C Al, Al a -0.01 1273C C a 0.166 1273 179,5/T+0,025 (1173-1673)C C, C a 0.0007 1273 1,80/T-0,0007 (1173-1673)C C, Co a 0.0094 1273 0,0094 (1123-1323)C Co, C a -0.003 1273 -0,0003 (1123-1323)C Cr a -0.047 1273 -194,4/T+0,1058 (1173-1398)C Cr, C a 0.0025 1273 -1,9/T+0,0040 (1173-1398)C Cu a 0.0094 1273 -34,7/T+0,0367 (1123-1323)C Cu, C a -0.0003 1273 1,3/T-0,0013 (1123-1323)C Mn a -0.018 1273 -22,3/T (1121-1420)C Mn, C a -0.0002 1273 -0,2/T (1121-1420)C Mo a -0.025 1273 -92,5/T+0,0472 (1173-1398)C Mo, C a -0.0003 1273 -0,9/T+0,0004 (1173-1398)C Ni a 0.018 1273 19,1/T+0,003 (1073-1473)C Ni, C a 0.0002 1273 0,2/T (1073-1473)C Si a 0.0877 1273 63,8/T+0,0376 (1121-1420)C Si, C a 0.0084 1273 9,9/T+0,0006 (1121-1420)C Si, Si a 0.0009 1273 0,6/T+0,0004 (1121-1420)C V a -0.093 1273 -117,8/T-0,0004 (1123-1523)C V, C a 0.001 1273 1,21/TC W a -0.0073 1273 -13,1/T+0,003 (1250-1500)C W, C a -0.0002 1273 0,2/T-0,0001 (1250-1500)C Zn a -0.0064 1273C Zn, C a -0.0003 1273Co C a 0.029 1273Cr C a -0.22 1273 -843,9/T+0,443 (1173-1398)Cu C a 0.031 1273H H a 0 1273Mn C a -0.098 1273 -102/T-0,0155 (1121-1420)Mo C a -0.23 1273N N a 0 1273Ni C a 0.071 1273Si C a 0.199 1273V C a 0.41 1273W C a -0.17 1273Zn C a -0.054 1173

C Si f 0.113 1273H H f 0 973N N f 0 973Si C f 0.258 1273