-
Notifications
You must be signed in to change notification settings - Fork 13
/
Copy pathMaterials.dmdb
314 lines (294 loc) · 33.9 KB
/
Materials.dmdb
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
DyssolMaterialsDatabase 3
21 4e3a9D257E6A9E4F03D1 $ Compound's unique key
22 Air $ Compound's name
26 107 3.774e+06 $ Critical pressure [Pa]
26 108 132.45 $ Critical temperature [K]
26 114 744.272 $ Heat of fusion [J/mol]
26 115 5763.04 $ Heat of vaporization [J/mol]
26 121 0.028951 $ Molar mass [kg/mol]
26 122 78.67 $ Normal boiling point [K]
26 123 58 $ Normal freezing point [K]
26 141 2 $ State of aggregation [-]
27 207 2 10 10000 1000 1e+09 1006 $ Heat capacity [J/(kg·K)]; Constant
27 208 3 200 2773 1000 1e+09 1005 0 0 $ Enthalpy [J/kg]; Linear
27 222 0 10 10000 1000 1e+09 83.15 0.00782 123.15 0.01169 173.15 0.0162 198.15 0.01834 223.15 0.02041 248.15 0.02241 258.15 0.0232 263.15 0.02359 268.15 0.02397 273.15 0.02436 278.15 0.02474 283.15 0.02512 288.15 0.0255 293.15 0.02587 298.15 0.02624 303.15 0.02662 313.15 0.02735 323.15 0.02808 333.15 0.0288 353.15 0.03023 373.15 0.03162 398.15 0.03333 423.15 0.035 448.15 0.03664 473.15 0.03825 498.15 0.03983 573.15 0.04441 685.15 0.05092 773.15 0.05579 873.15 0.06114 973.15 0.06632 1073.15 0.07135 1173.15 0.07626 1273.15 0.08108 1373.15 0.08583 $ Thermal conductivity [W/(m·K)]; List of T-values
27 224 0 59 132.45 1000 1e+09 59 0 59.15 5642 60 6650 70 34132 80 116963 90 306404 100 665467 110 1.2616e+06 120 2.16059e+06 130 3.42264e+06 132.45 3.774e+06 $ Vapor pressure [Pa]; List of T-values
27 226 0 253.15 373.15 1000 1e+09 253.15 1.63e-05 273.15 1.71e-05 283.15 1.76e-05 293.15 1.82e-05 303.15 1.86e-05 323.15 1.95e-05 373.15 2.17e-05 $ Dynamic Viscosity [Pa·s]; List of T-values
27 234 12 248.15 498.15 1000 1e+09 0.028951 $ Density [kg/m<sup>3</sup>]; Ideal Gas
27 235 2 10 10000 1000 1e+09 8.86e-12 $ Permittivity [F/m]; Constant
21 F02A953A6F884B5D8C4D00BF0267FD71 $ Compound's unique key
22 CaCO3 $ Compound's name
26 114 5740 $ Heat of fusion [J/mol]
26 121 0.100087 $ Molar mass [kg/mol]
41 122 Decomposes $ User provided description for const property
26 123 1603 $ Normal freezing point [K]
26 131 -1.2069e+06 $ Formation enthalpy [J/mol]
26 132 12.7 $ Bond work index [kWh/t]
27 208 0 273 2773 1000 1e+09 273 -35906 298 0 323 35906 348 71812 373 107718 398 143624 423 179530 448 215436 473 251342 498 287248 523 323154 548 359060 573 394966 598 430872 623 466778 648 502684 673 538590 698 574496 723 610402 748 646308 773 682214 798 718120 823 754026 848 789932 873 825838 898 861744 923 897650 948 933556 973 969462 998 1.00537e+06 1023 1.04127e+06 1048 1.07718e+06 1073 1.11309e+06 1098 1.14899e+06 1123 1.1849e+06 1148 1.2208e+06 1173 1.25671e+06 1198 1.29262e+06 1223 1.32852e+06 1248 1.36443e+06 1273 1.40033e+06 1298 1.43624e+06 1323 1.47215e+06 1348 1.50805e+06 1373 1.54396e+06 1398 1.57986e+06 1423 1.61577e+06 1448 1.65168e+06 1473 1.68758e+06 1498 1.72349e+06 1523 1.75939e+06 1548 1.7953e+06 1573 1.83121e+06 1598 1.86711e+06 1623 1.90302e+06 1648 1.93892e+06 1673 1.97483e+06 1698 2.01074e+06 1723 2.04664e+06 1748 2.08255e+06 1773 2.11845e+06 1798 2.15436e+06 1823 2.19027e+06 1848 2.22617e+06 1873 2.26208e+06 1898 2.29798e+06 1923 2.33389e+06 1948 2.3698e+06 1973 2.4057e+06 1998 2.44161e+06 2023 2.47751e+06 2048 2.51342e+06 2073 2.54933e+06 2098 2.58523e+06 2123 2.62114e+06 2148 2.65704e+06 2173 2.69295e+06 2198 2.72886e+06 2223 2.76476e+06 2248 2.80067e+06 2273 2.83657e+06 2298 2.87248e+06 2323 2.90839e+06 2348 2.94429e+06 2373 2.9802e+06 2398 3.0161e+06 2423 3.05201e+06 2448 3.08792e+06 2473 3.12382e+06 2498 3.15973e+06 2523 3.19563e+06 2548 3.23154e+06 2573 3.26745e+06 2598 3.30335e+06 2623 3.33926e+06 2648 3.37516e+06 2673 3.41107e+06 2698 3.44698e+06 2723 3.48288e+06 2748 3.51879e+06 2773 3.55469e+06 $ Enthalpy [J/kg]; List of T-values
27 222 2 10 10000 1000 1e+09 2.259 $ Thermal conductivity [W/(m·K)]; Constant
27 234 2 10 10000 1000 1e+09 2711 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 7.53e-11 $ Permittivity [F/m]; Constant
21 66F52F5AD48044FD95D1E7BA39484572 $ Compound's unique key
22 CaO $ Compound's name
26 114 80022.4 $ Heat of fusion [J/mol]
26 115 615048 $ Heat of vaporization [J/mol]
26 121 0.0560774 $ Molar mass [kg/mol]
26 122 3123.15 $ Normal boiling point [K]
26 123 2845.15 $ Normal freezing point [K]
26 131 -635090 $ Formation enthalpy [J/mol]
26 132 11 $ Bond work index [kWh/t]
27 208 0 273 2773 1000 1e+09 273 -20445.2 298 0 323 20445.2 348 40890.4 373 61335.5 398 81780.7 423 102226 448 122671 473 143116 498 163561 523 184007 548 204452 573 224897 598 245342 623 265787 648 286233 673 306678 698 327123 723 347568 748 368013 773 388458 798 408904 823 429349 848 449794 873 470239 898 490684 923 511130 948 531575 973 552020 998 572465 1023 592910 1048 613355 1073 633801 1098 654246 1123 674691 1148 695136 1173 715581 1198 736026 1223 756472 1248 776917 1273 797362 1298 817807 1323 838252 1348 858698 1373 879143 1398 899588 1423 920033 1448 940478 1473 960923 1498 981369 1523 1.00181e+06 1548 1.02226e+06 1573 1.0427e+06 1598 1.06315e+06 1623 1.08359e+06 1648 1.10404e+06 1673 1.12448e+06 1698 1.14493e+06 1723 1.16538e+06 1748 1.18582e+06 1773 1.20627e+06 1798 1.22671e+06 1823 1.24716e+06 1848 1.2676e+06 1873 1.28805e+06 1898 1.30849e+06 1923 1.32894e+06 1948 1.34938e+06 1973 1.36983e+06 1998 1.39027e+06 2023 1.41072e+06 2048 1.43116e+06 2073 1.45161e+06 2098 1.47205e+06 2123 1.4925e+06 2148 1.51294e+06 2173 1.53339e+06 2198 1.55383e+06 2223 1.57428e+06 2248 1.59472e+06 2273 1.61517e+06 2298 1.63561e+06 2323 1.65606e+06 2348 1.6765e+06 2373 1.69695e+06 2398 1.7174e+06 2423 1.73784e+06 2448 1.75829e+06 2473 1.77873e+06 2498 1.79918e+06 2523 1.81962e+06 2548 1.84007e+06 2573 1.86051e+06 2598 1.88096e+06 2623 1.9014e+06 2648 1.92185e+06 2673 1.94229e+06 2698 1.96274e+06 2723 1.98318e+06 2748 2.00363e+06 2773 2.02407e+06 $ Enthalpy [J/kg]; List of T-values
27 222 2 10 10000 1000 1e+09 0.318 $ Thermal conductivity [W/(m·K)]; Constant
27 234 2 10 10000 1000 1e+09 3340 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 1.06e-10 $ Permittivity [F/m]; Constant
21 7FC07071EB0E4693AF53B1F756F03EF4 $ Compound's unique key
22 CO2 $ Compound's name
26 107 7.38659e+06 $ Critical pressure [Pa]
26 108 304.2 $ Critical temperature [K]
26 114 9020 $ Heat of fusion [J/mol]
26 115 16700 $ Heat of vaporization [J/mol]
26 121 0.0440095 $ Molar mass [kg/mol]
26 122 194.75 $ Normal boiling point [K]
26 123 216.58 $ Normal freezing point [K]
26 131 -393522 $ Formation enthalpy [J/mol]
26 141 2 $ State of aggregation [-]
27 208 6 290 6000 1000 1e+09 -267258 765.703 0.34271 -9.21873e-05 1.24626e-08 -6.55518e-13 0 0 $ Enthalpy [J/kg]; Polynomial
42 208 https://webbook.nist.gov/cgi/inchi?ID=C124389&Mask=1#Thermo-Gas $ User provided description for dependent property
27 222 10 200 2000 1000 1e+09 0.0146 273 1800 $ Thermal conductivity [W/(m·K)]; Sutherland's law
42 222 https://doc.comsol.com/5.5/doc/com.comsol.help.cfd/cfd_ug_fluidflow_high_mach.08.27.html $ User provided description for dependent property
27 224 4 154.26 195.89 1000 1e+09 100000 10 6.81228 0 0 -1301.68 1 -3.494 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C124389&Mask=4&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1063/1.1749929 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C124389&Mask=4&Type=ANTOINE#ANTOINE $ User provided description for dependent property
27 226 10 190 2000 1000 1e+09 1.37e-05 273 222 $ Dynamic Viscosity [Pa·s]; Sutherland's law
42 226 F. M. White, Viscous Fluid Flow, 3rd ed., McGraw-Hill, p28.%@#Valid up to T=1700K $ User provided description for dependent property
27 234 0 273 1973 1000 1e+09 273 1.96456 373 1.43787 473 1.13388 573 0.935997 673 0.796919 773 0.693824 873 0.614348 973 0.551209 1073 0.499838 1173 0.457226 1273 0.421309 1373 0.390624 1473 0.364105 1573 0.340958 1673 0.320578 1773 0.302496 1873 0.286346 1973 0.271833 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 2 10 10000 1000 1e+09 1.42e-11 $ Permittivity [F/m]; Constant
21 73A34bf0BD4939EBDE92 $ Compound's unique key
22 Coal $ Compound's name
26 121 0.20725 $ Molar mass [kg/mol]
26 122 2000 $ Normal boiling point [K]
26 123 1800 $ Normal freezing point [K]
26 131 -110730 $ Formation enthalpy [J/mol]
26 132 14.3 $ Bond work index [kWh/t]
27 208 2 10 10000 1000 1e+09 46105.4 $ Enthalpy [J/kg]; Constant
27 222 2 10 10000 1000 1e+09 0.26 $ Thermal conductivity [W/(m·K)]; Constant
27 234 2 10 10000 1000 1e+09 1400 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 1.77e-11 $ Permittivity [F/m]; Constant
21 4b3f8A1A71A315EFB4E5 $ Compound's unique key
22 H2O $ Compound's name
26 107 2.21058e+07 $ Critical pressure [Pa]
26 115 40660.5 $ Heat of vaporization [J/mol]
26 131 -285820 $ Formation enthalpy [J/mol]
27 207 2 10 10000 1000 1e+09 4185 $ Heat capacity [J/(kg·K)]; Constant
42 207 At 20degC from VDI $ User provided description for dependent property
27 208 3 200 1000 1000 1e+09 4185.56 0 -1.14306e+06 $ Enthalpy [J/kg]; Linear
27 222 0 273 373 1000 1e+09 274.15 0.55818 275.15 0.56066 276.15 0.56309 277.15 0.56547 278.15 0.56779 279.15 0.57008 280.15 0.57231 281.15 0.57451 282.15 0.57666 283.15 0.57878 284.15 0.58085 285.15 0.58289 286.15 0.58489 287.15 0.58686 288.15 0.5888 289.15 0.5907 290.15 0.59257 291.15 0.59442 292.15 0.59623 293.15 0.59801 295.15 0.60149 297.15 0.60487 298.15 0.60652 299.15 0.60814 301.15 0.61131 303.15 0.61439 305.15 0.61738 307.15 0.62029 309.15 0.6231 311.15 0.62584 313.15 0.62849 315.15 0.63107 317.15 0.63357 319.15 0.636 321.15 0.63835 323.15 0.64064 328.15 0.64604 333.15 0.65102 338.15 0.65559 343.15 0.65978 348.15 0.66358 353.15 0.66701 358.15 0.67008 363.15 0.6728 368.15 0.67517 372.76 0.67707 $ Thermal conductivity [W/(m·K)]; List of T-values
27 224 4 255.9 373 1000 1e+09 100000 10 4.6543 0 0 -1435.26 1 -64.848 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/ie50448a022 $ User provided description for correlation
27 224 4 379 573 1000 1e+09 100000 10 3.55959 0 0 -643.748 1 -198.043 0 $ Vapor pressure [Pa]; Exponential
43 224 1 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/je60047a015 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE $ User provided description for dependent property
27 226 0 273 373 1000 1e+09 274.15 0.001731 275.15 0.0016735 276.15 0.001619 277.15 0.0015673 278.15 0.0015182 279.15 0.0014715 280.15 0.001427 281.15 0.0013847 282.15 0.0013444 283.15 0.0013059 284.15 0.0012692 285.15 0.001234 286.15 0.0012005 287.15 0.0011683 288.15 0.0011376 289.15 0.0011081 290.15 0.0010798 291.15 0.0010527 292.15 0.0010266 293.15 0.0010016 295.15 0.0009544 297.15 0.00091068 298.15 0.00089002 299.15 0.00087011 301.15 0.00083238 303.15 0.00079722 305.15 0.00076441 307.15 0.00073373 309.15 0.00070499 311.15 0.00067804 313.15 0.00065273 315.15 0.00062892 317.15 0.0006065 319.15 0.00058535 321.15 0.00056539 323.15 0.00054652 328.15 0.00050363 333.15 0.00046604 338.15 0.00043291 343.15 0.00040356 348.15 0.00037742 353.15 0.00035406 358.15 0.00033308 363.15 0.00031418 368.15 0.00029709 372.76 0.00028275 $ Dynamic Viscosity [Pa·s]; List of T-values
27 234 0 273 1973 1000 1e+09 274.15 999.9 275.15 999.94 276.15 1000 277.15 1000 278.15 1000 279.15 999.94 280.15 999.9 281.15 999.85 282.15 999.78 283.15 999.7 284.15 999.61 285.15 999.5 286.15 999.38 287.15 999.25 288.15 999.1 289.15 998.94 290.15 998.78 291.15 998.6 292.15 998.41 293.15 998.21 295.15 997.77 297.15 997.3 298.15 997.05 299.15 996.79 301.15 996.24 303.15 995.65 305.15 995.03 307.15 994.38 309.15 993.69 311.15 992.97 313.15 992.22 315.15 991.44 317.15 990.64 319.15 989.8 321.15 988.94 323.15 988.05 328.15 985.71 333.15 983.21 338.15 980.57 343.15 977.78 348.15 974.86 353.15 971.8 358.15 968.62 363.15 965.32 368.15 961.89 372.76 958.64 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 0 10 10000 1000 1e+09 273.15 7.78e-10 293.15 7.1e-10 373.15 4.91e-10 $ Permittivity [F/m]; List of T-values
21 Es8yKDAVn3QLJwWy0vNK $ Compound's unique key
22 H2O_gas $ Compound's name
26 107 2.21058e+07 $ Critical pressure [Pa]
26 115 40660.5 $ Heat of vaporization [J/mol]
26 131 -241826 $ Formation enthalpy [J/mol]
26 141 2 $ State of aggregation [-]
27 207 2 10 10000 1000 1e+09 1906 $ Heat capacity [J/(kg·K)]; Constant
42 207 At 20degC from VDI $ User provided description for dependent property
27 208 8 290 1700 1000 1e+09 1670.36 0.379262 0.000377093 -1.40685e-07 4.5594e+06 -1.3926e+07 -1.34234e+07 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 208 8 1700 6000 1000 1e+09 2329.37 0.478596 -8.32503e-05 5.44643e-09 -6.19342e+08 -1.51083e+07 -1.34234e+07 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 222 0 273 1273 1000 1e+09 273 0.0169995 373.12 0.025093 473 0.033276 573 0.043409 673 0.054744 773 0.066961 873 0.079877 973 0.093362 1073 0.10731 1173 0.12165 1273 0.13631 $ Thermal conductivity [W/(m·K)]; List of T-values
27 224 4 255.9 373 1000 1e+09 100000 10 4.6543 0 0 -1435.26 1 -64.848 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/ie50448a022 $ User provided description for correlation
27 224 4 379 573 1000 1e+09 100000 10 3.55959 0 0 -643.748 1 -198.043 0 $ Vapor pressure [Pa]; Exponential
43 224 1 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/je60047a015 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7732185&Type=ANTOINE&Plot=on#ANTOINE $ User provided description for dependent property
27 226 2 10 10000 1000 1e+09 9.6e-08 $ Dynamic Viscosity [Pa·s]; Constant
27 234 0 273 1973 1000 1e+09 273 0.804195 373 0.588593 473 0.464155 573 0.383151 673 0.326219 773 0.284017 873 0.251484 973 0.225637 1073 0.204609 1173 0.187166 1273 0.172463 1373 0.159902 1473 0.149046 1573 0.139571 1673 0.131228 1773 0.123827 1873 0.117216 1973 0.111275 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 0 273.16 647.14 1000 1e+09 273.16 7.77488e-10 278.15 7.6062e-10 283.15 7.43841e-10 288.15 7.27258e-10 293.15 7.10917e-10 298.15 6.94853e-10 323.15 6.19211e-10 348.15 5.51577e-10 373.15 4.91358e-10 398.15 4.37629e-10 423.15 3.89448e-10 448.15 3.46281e-10 473.15 3.07087e-10 498.15 2.71047e-10 523.15 2.37564e-10 548.15 2.06017e-10 573.15 1.75683e-10 583.15 1.63659e-10 593.15 1.5158e-10 598.15 1.45466e-10 603.15 1.39257e-10 613.15 1.26481e-10 623.15 1.12819e-10 633.15 9.73066e-11 638.15 8.7266e-11 643.15 7.58973e-11 644.15 7.26975e-11 645.15 6.89203e-11 646.15 6.38381e-11 647.14 4.77688e-11 $ Permittivity [F/m]; List of T-values
27 236 0 10 10000 1000 1e+09 10 3.45e-08 20 1.32e-07 30 2.91e-07 40 5.08e-07 50 7.83e-07 60 1.12e-06 70 1.5e-06 80 1.95e-06 90 2.45e-06 100 3e-06 110 3.61e-06 120 4.28e-06 130 5e-06 140 5.77e-06 150 6.6e-06 160 7.48e-06 170 8.41e-06 180 9.39e-06 190 1.04e-05 200 1.15e-05 210 1.27e-05 220 1.39e-05 230 1.51e-05 240 1.64e-05 250 1.78e-05 260 1.92e-05 270 2.06e-05 280 2.21e-05 290 2.37e-05 300 2.53e-05 310 2.7e-05 320 2.87e-05 330 3.04e-05 340 3.23e-05 350 3.41e-05 360 3.6e-05 370 3.8e-05 380 4e-05 390 4.21e-05 400 4.42e-05 410 4.64e-05 420 4.86e-05 430 5.09e-05 440 5.32e-05 450 5.56e-05 460 5.8e-05 470 6.05e-05 480 6.3e-05 490 6.56e-05 500 6.82e-05 510 7.09e-05 520 7.36e-05 530 7.63e-05 540 7.92e-05 550 8.2e-05 560 8.49e-05 570 8.79e-05 580 9.09e-05 590 9.4e-05 600 9.71e-05 610 0.0001 620 0.000103 630 0.000107 640 0.00011 650 0.000113 660 0.000117 670 0.00012 680 0.000124 690 0.000127 700 0.000131 710 0.000135 720 0.000138 730 0.000142 740 0.000146 750 0.00015 760 0.000154 770 0.000158 780 0.000162 790 0.000166 800 0.00017 810 0.000174 820 0.000178 830 0.000182 840 0.000187 850 0.000191 860 0.000195 870 0.0002 880 0.000204 890 0.000209 900 0.000213 910 0.000218 920 0.000223 930 0.000227 940 0.000232 950 0.000237 960 0.000242 970 0.000247 980 0.000252 990 0.000257 1000 0.000262 1010 0.000267 1020 0.000272 1030 0.000277 1040 0.000282 1050 0.000288 1060 0.000293 1070 0.000298 1080 0.000304 1090 0.000309 1100 0.000315 1110 0.00032 1120 0.000326 1130 0.000332 1140 0.000337 1150 0.000343 1160 0.000349 1170 0.000355 1180 0.000361 1190 0.000367 1200 0.000373 1210 0.000379 1220 0.000385 1230 0.000391 1240 0.000397 1250 0.000403 1260 0.00041 1270 0.000416 1280 0.000422 1290 0.000429 1300 0.000435 1310 0.000442 1320 0.000448 1330 0.000455 1340 0.000462 1350 0.000468 1360 0.000475 1370 0.000482 1380 0.000489 1390 0.000496 1400 0.000503 1410 0.00051 1420 0.000517 1430 0.000524 1440 0.000531 1450 0.000538 1460 0.000545 1470 0.000552 1480 0.00056 1490 0.000567 1500 0.000574 1510 0.000582 1520 0.000589 1530 0.000597 1540 0.000605 1550 0.000612 1560 0.00062 1570 0.000628 1580 0.000635 1590 0.000643 1600 0.000651 1610 0.000659 1620 0.000667 1630 0.000675 1640 0.000683 1650 0.000691 1660 0.000699 1670 0.000708 1680 0.000716 1690 0.000724 1700 0.000732 1710 0.000741 1720 0.000749 1730 0.000758 1740 0.000766 1750 0.000775 1760 0.000783 1770 0.000792 1780 0.000801 1790 0.000809 1800 0.000818 1810 0.000827 1820 0.000836 1830 0.000845 1840 0.000854 1850 0.000863 1860 0.000872 1870 0.000881 1880 0.00089 1890 0.000899 1900 0.000909 1910 0.000918 1920 0.000927 1930 0.000937 1940 0.000946 1950 0.000956 1960 0.000965 1970 0.000975 1980 0.000984 1990 0.000994 2000 0.001 2010 0.00101 2020 0.00102 2030 0.00103 2040 0.00104 2050 0.00105 2060 0.00106 2070 0.00107 2080 0.00108 2090 0.00109 2100 0.0011 2110 0.00111 2120 0.00112 2130 0.00113 2140 0.00114 2150 0.00116 2160 0.00117 2170 0.00118 2180 0.00119 2190 0.0012 2200 0.00121 2210 0.00122 2220 0.00123 2230 0.00124 2240 0.00125 2250 0.00126 2260 0.00127 2270 0.00128 2280 0.00129 2290 0.00131 2300 0.00132 2310 0.00133 2320 0.00134 2330 0.00135 2340 0.00136 2350 0.00137 2360 0.00138 2370 0.0014 2380 0.00141 2390 0.00142 2400 0.00143 2410 0.00144 2420 0.00145 2430 0.00146 2440 0.00148 2450 0.00149 2460 0.0015 2470 0.00151 2480 0.00152 2490 0.00154 2500 0.00155 2510 0.00156 2520 0.00157 2530 0.00158 2540 0.0016 2550 0.00161 2560 0.00162 2570 0.00163 2580 0.00165 2590 0.00166 2600 0.00167 2610 0.00168 2620 0.00169 2630 0.00171 2640 0.00172 2650 0.00173 2660 0.00175 2670 0.00176 2680 0.00177 2690 0.00178 2700 0.0018 2710 0.00181 2720 0.00182 2730 0.00184 2740 0.00185 2750 0.00186 2760 0.00188 2770 0.00189 2780 0.0019 2790 0.00191 2800 0.00193 2810 0.00194 2820 0.00196 2830 0.00197 2840 0.00198 2850 0.002 2860 0.00201 2870 0.00202 2880 0.00204 2890 0.00205 2900 0.00206 2910 0.00208 2920 0.00209 2930 0.00211 2940 0.00212 2950 0.00213 2960 0.00215 2970 0.00216 2980 0.00218 2990 0.00219 3000 0.0022 3010 0.00222 3020 0.00223 3030 0.00225 3040 0.00226 3050 0.00228 3060 0.00229 3070 0.00231 3080 0.00232 3090 0.00233 3100 0.00235 3110 0.00236 3120 0.00238 3130 0.00239 3140 0.00241 3150 0.00242 3160 0.00244 3170 0.00245 3180 0.00247 3190 0.00248 3200 0.0025 3210 0.00251 3220 0.00253 3230 0.00254 3240 0.00256 $ Mass diffusion coefficient [m<sup>2</sup>/s]; List of T-values
21 CW97G1G9PPKP63NZ6R0L $ Compound's unique key
22 N2 $ Compound's name
26 107 3.3958e+06 $ Critical pressure [Pa]
26 108 126.192 $ Critical temperature [K]
26 114 710.14 $ Heat of fusion [J/mol]
26 115 5569.06 $ Heat of vaporization [J/mol]
26 121 0.0280134 $ Molar mass [kg/mol]
26 122 77.355 $ Normal boiling point [K]
26 123 63.15 $ Normal freezing point [K]
26 141 2 $ State of aggregation [-]
27 207 2 10 10000 1000 1e+09 1041 $ Heat capacity [J/(kg·K)]; Constant
42 207 At 20degC from VDI $ User provided description for dependent property
27 208 6 100 6000 1000 1e+09 -290026 914.962 0.178323 -3.94504e-05 4.50075e-09 -2.03568e-13 0 0 $ Enthalpy [J/kg]; Polynomial
42 208 https://webbook.nist.gov/cgi/inchi?ID=C7727379&Mask=1#Thermo-Gas $ User provided description for dependent property
27 222 10 200 2000 1000 1e+09 0.02407 273.16 178.1 $ Thermal conductivity [W/(m·K)]; Sutherland's law
42 222 http://dx.doi.org/10.3390/app8060893 $ User provided description for dependent property
27 224 4 63.14 126 1000 1e+09 100000 10 3.7362 0 0 -264.651 1 -6.788 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7727379&Mask=4&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/je60033a014 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7727379&Mask=4&Type=ANTOINE#ANTOINE $ User provided description for dependent property
27 226 10 100 2000 1000 1e+09 1.663e-05 273 107 $ Dynamic Viscosity [Pa·s]; Sutherland's law
42 226 F. M. White, Viscous Fluid Flow, 3rd ed., McGraw-Hill, p28.%@#Valid up to T=1500K $ User provided description for dependent property
27 234 0 273 1973 1000 1e+09 273 1.25051 373 0.91525 473 0.721751 573 0.595791 673 0.507263 773 0.441641 873 0.391052 973 0.350861 1073 0.318162 1173 0.291038 1273 0.268176 1373 0.248644 1473 0.231764 1573 0.21703 1673 0.204057 1773 0.192548 1873 0.182268 1973 0.17303 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 2 10 10000 1000 1e+09 8.86e-12 $ Permittivity [F/m]; Constant
21 SodiumChloride1 $ Compound's unique key
22 NaCl $ Compound's name
26 114 28156.4 $ Heat of fusion [J/mol]
26 115 229700 $ Heat of vaporization [J/mol]
26 121 0.05844 $ Molar mass [kg/mol]
26 122 1738.15 $ Normal boiling point [K]
26 123 1073.85 $ Normal freezing point [K]
26 131 -410900 $ Formation enthalpy [J/mol]
26 132 10 $ Bond work index [kWh/t]
27 208 8 2500 6000 1000 1e+09 638.24 0.01356 -4.6232e-07 3.9579e-11 -2.6885e+06 -3.3043e+06 -3.1043e+06 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 224 4 859.99 1239.99 1000 1e+09 100000 10 3.56682 0 0 -5200.9 1 -317.409 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7647145&Mask=4&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/j100613a005 $ User provided description for correlation
27 224 4 1138 1738 1000 1e+09 100000 10 5.07184 0 0 -8388.5 1 -82.638 0 $ Vapor pressure [Pa]; Exponential
43 224 1 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7647145&Mask=4&Type=ANTOINE%@#https://dx.doi.org/10.1021/ie50448a022 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7647145&Mask=4&Type=ANTOINE#ANTOINE $ User provided description for dependent property
27 234 2 10 10000 1000 1e+09 2170 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 8.85e-11 $ Permittivity [F/m]; Constant
21 IO7L4XGUOJLM5503A8TW $ Compound's unique key
22 O2 $ Compound's name
26 107 5.043e+06 $ Critical pressure [Pa]
26 108 154.58 $ Critical temperature [K]
26 114 441.58 $ Heat of fusion [J/mol]
26 115 6819 $ Heat of vaporization [J/mol]
26 121 0.0319988 $ Molar mass [kg/mol]
26 122 90.2 $ Normal boiling point [K]
26 123 54.36 $ Normal freezing point [K]
26 141 2 $ State of aggregation [-]
27 208 6 100 6000 1000 1e+09 -268839 851.364 0.160198 -3.74886e-05 5.17537e-09 -2.85376e-13 0 0 $ Enthalpy [J/kg]; Polynomial
42 208 https://webbook.nist.gov/cgi/inchi?ID=C7782447&Mask=1#Thermo-Gas $ User provided description for dependent property
27 222 10 200 2000 1000 1e+09 0.02449 273.16 268.8 $ Thermal conductivity [W/(m·K)]; Sutherland's law
42 222 http://dx.doi.org/10.3390/app8060893 $ User provided description for dependent property
27 224 4 54.36 154.33 1000 1e+09 100000 10 3.9523 0 0 -340.024 1 -4.144 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7782447&Mask=4&Type=ANTOINE&Plot=on#ANTOINE%@#https://dx.doi.org/10.1021/je60037a038 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7782447&Mask=4&Type=ANTOINE#ANTOINE $ User provided description for dependent property
27 226 10 190 2000 1000 1e+09 1.919e-05 273 139 $ Dynamic Viscosity [Pa·s]; Sutherland's law
42 226 F. M. White, Viscous Fluid Flow, 3rd ed., McGraw-Hill, p28.%@#Valid up to T=2000K $ User provided description for dependent property
27 234 0 273 1973 1000 1e+09 273 1.42841 373 1.04546 473 0.824433 573 0.680553 673 0.57943 773 0.504472 873 0.446686 973 0.400778 1073 0.363426 1173 0.332444 1273 0.306329 1373 0.284018 1473 0.264736 1573 0.247906 1673 0.233088 1773 0.219942 1873 0.208199 1973 0.197647 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 2 10 10000 1000 1e+09 1.33e-11 $ Permittivity [F/m]; Constant
21 4031BC62EC7F17EFA33F $ Compound's unique key
22 Sand $ Compound's name
26 114 9372 $ Heat of fusion [J/mol]
26 121 0.06008 $ Molar mass [kg/mol]
26 122 2503.15 $ Normal boiling point [K]
26 123 1993.15 $ Normal freezing point [K]
26 131 -911000 $ Formation enthalpy [J/mol]
26 132 15.51 $ Bond work index [kWh/t]
41 132 Bond work index for silica sand $ User provided description for const property
27 207 2 10 10000 1000 1e+09 830 $ Heat capacity [J/(kg·K)]; Constant
27 208 6 290 2000 1000 1e+09 -162751 223.262 1.22668 -0.000674659 1.3753e-07 0 0 0 $ Enthalpy [J/kg]; Polynomial
42 208 https://webbook.nist.gov/cgi/cbook.cgi?ID=C14808607&Units=SI&Type=JANAFS#JANAFS%@#Replaced with adjusted polynomial function $ User provided description for dependent property
27 222 2 10 10000 1000 1e+09 0.335 $ Thermal conductivity [W/(m·K)]; Constant
27 226 2 10 10000 1000 1e+09 1 $ Dynamic Viscosity [Pa·s]; Constant
27 234 2 10 10000 1000 1e+09 2200 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 3.54e-11 $ Permittivity [F/m]; Constant
21 55D5555B48AE4F20ADA256654A2F3DF7 $ Compound's unique key
22 SO2 $ Compound's name
26 107 7.88308e+06 $ Critical pressure [Pa]
26 108 430.7 $ Critical temperature [K]
26 114 7400 $ Heat of fusion [J/mol]
26 115 24940 $ Heat of vaporization [J/mol]
26 121 0.064064 $ Molar mass [kg/mol]
26 122 263.1 $ Normal boiling point [K]
26 123 197.65 $ Normal freezing point [K]
26 131 -296842 $ Formation enthalpy [J/mol]
26 141 2 $ State of aggregation [-]
27 208 0 273 2773 1000 1e+09 273 -15486 298 -112.782 323 15628.1 348 31729.9 373 48182.5 398 64974.1 423 82091.5 448 99520.8 473 117248 498 135258 523 153538 548 172073 573 190849 598 209854 623 229073 648 248494 673 268105 698 287894 723 307851 748 327964 773 348223 798 368619 823 389143 848 409785 873 430540 898 451398 923 472353 948 493399 973 514531 998 535743 1023 557030 1048 578390 1073 599819 1098 621313 1123 642872 1148 664493 1173 686176 1198 707919 1223 729700 1248 751542 1273 773433 1298 795371 1323 817353 1348 839377 1373 861441 1398 883544 1423 905684 1448 927859 1473 950068 1498 972310 1523 994584 1548 1.01689e+06 1573 1.03922e+06 1598 1.06158e+06 1623 1.08397e+06 1648 1.10638e+06 1673 1.12882e+06 1698 1.15129e+06 1723 1.17378e+06 1748 1.19629e+06 1773 1.21882e+06 1798 1.24138e+06 1823 1.26396e+06 1848 1.28655e+06 1873 1.30917e+06 1898 1.33181e+06 1923 1.35447e+06 1948 1.37714e+06 1973 1.39984e+06 1998 1.42255e+06 2023 1.44528e+06 2048 1.46802e+06 2073 1.49079e+06 2098 1.51356e+06 2123 1.53636e+06 2148 1.55917e+06 2173 1.58199e+06 2198 1.60483e+06 2223 1.62769e+06 2248 1.65056e+06 2273 1.67344e+06 2298 1.69634e+06 2323 1.71925e+06 2348 1.74218e+06 2373 1.76512e+06 2398 1.78807e+06 2423 1.81103e+06 2448 1.83401e+06 2473 1.857e+06 2498 1.88e+06 2523 1.90302e+06 2548 1.92604e+06 2573 1.94908e+06 2598 1.97213e+06 2623 1.99519e+06 2648 2.01826e+06 2673 2.04135e+06 2698 2.06444e+06 2723 2.08755e+06 2748 2.11066e+06 2773 2.13379e+06 $ Enthalpy [J/kg]; List of T-values
27 222 0 10 10000 1000 1e+09 300 0.0096 400 0.0143 500 0.02 600 0.0256 $ Thermal conductivity [W/(m·K)]; List of T-values
27 224 4 177.7 263 1000 1e+09 100000 10 3.48586 0 0 -668.225 1 -72.252 0 $ Vapor pressure [Pa]; Exponential
43 224 0 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7446095&Mask=4&Type=ANTOINE#ANTOINE%@#https://dx.doi.org/10.1021/ie50448a022 $ User provided description for correlation
27 224 4 263 414.9 1000 1e+09 100000 10 4.37798 0 0 -966.575 1 -42.071 0 $ Vapor pressure [Pa]; Exponential
43 224 1 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7446095&Mask=4&Type=ANTOINE#ANTOINE%@#https://dx.doi.org/10.1021/ie50448a022 $ User provided description for correlation
42 224 https://webbook.nist.gov/cgi/cbook.cgi?ID=C7446095&Mask=4&Type=ANTOINE#ANTOINE $ User provided description for dependent property
27 226 2 10 10000 1000 1e+09 1.29e-05 $ Dynamic Viscosity [Pa·s]; Constant
27 234 0 273 1973 1000 1e+09 273 2.85979 373 2.09309 473 1.65058 573 1.36252 673 1.16006 773 1.00999 873 0.894298 973 0.802387 1073 0.727607 1173 0.665577 1273 0.613293 1373 0.568625 1473 0.530022 1573 0.496327 1673 0.46666 1773 0.44034 1873 0.41683 1973 0.395703 $ Density [kg/m<sup>3</sup>]; List of T-values
27 235 2 10 10000 1000 1e+09 2.03e-10 $ Permittivity [F/m]; Constant
21 03399E9F80FD4ccfAAA2 $ Compound's unique key
22 Urea $ Compound's name
26 114 1470.3 $ Heat of fusion [J/mol]
26 115 87400 $ Heat of vaporization [J/mol]
26 121 0.06007 $ Molar mass [kg/mol]
26 122 447.15 $ Normal boiling point [K]
26 123 407.15 $ Normal freezing point [K]
26 131 -333300 $ Formation enthalpy [J/mol]
26 132 7.5 $ Bond work index [kWh/t]
27 207 2 10 10000 1000 1e+09 1544.7 $ Heat capacity [J/(kg·K)]; Constant
42 207 https://webbook.nist.gov/cgi/cbook.cgi?ID=C57136&Mask=2 $ User provided description for dependent property
27 222 2 10 10000 1000 1e+09 0.58 $ Thermal conductivity [W/(m·K)]; Constant
27 224 2 10 10000 1000 1e+09 0.00159987 $ Vapor pressure [Pa]; Constant
27 226 2 10 10000 1000 1e+09 0.00178 $ Dynamic Viscosity [Pa·s]; Constant
27 234 2 10 10000 1000 1e+09 1320 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 2.57e-11 $ Permittivity [F/m]; Constant
21 Rljb5lvLO42JAbNsGIla $ Compound's unique key
22 Milk $ Compound's name
26 107 1e+06 $ Critical pressure [Pa]
26 108 3500 $ Critical temperature [K]
26 114 910860 $ Heat of fusion [J/mol]
26 121 0.06008 $ Molar mass [kg/mol]
26 122 2503.15 $ Normal boiling point [K]
26 123 1993.15 $ Normal freezing point [K]
26 131 -911000 $ Formation enthalpy [J/mol]
27 207 2 10 10000 1000 1e+09 2000 $ Heat capacity [J/(kg·K)]; Constant
27 208 8 10 10000 1000 1e+09 -203.606 1523.29 -3196.41 2474.45 3.85533 -256.548 -285.83 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 222 2 10 10000 1000 1e+09 0.58 $ Thermal conductivity [W/(m·K)]; Constant
27 223 1 273 308 0 1 0 0 0.1 0.0115932 0.2 0.0177257 0.3 0.0230636 0.4 0.0285683 0.5 0.0353197 0.6 0.0447883 0.7 0.0593227 0.8 0.0847699 0.9 0.154882 $ Equilibrium moisture content [kg/kg]; List of P-values
27 223 1 308 329 0 1 0 0 0.1 0.0115948 0.2 0.017064 0.3 0.021863 0.4 0.0270436 0.5 0.0335974 0.6 0.0437167 0.7 0.0586069 0.8 0.0851898 0.9 0.154042 $ Equilibrium moisture content [kg/kg]; List of P-values
27 223 1 329 373 0 1 0 0 0.1 0.0102015 0.2 0.0151948 0.3 0.0203336 0.4 0.0265107 0.5 0.03491 0.6 0.0465401 0.7 0.0619564 0.8 0.0892608 0.9 0.142666 $ Equilibrium moisture content [kg/kg]; List of P-values
27 234 2 10 10000 1000 1e+09 751 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 4 $ Permittivity [F/m]; Constant
21 8qvJP3B6Uiu1gJ03OhmW $ Compound's unique key
22 Al2O3 $ Compound's name
26 107 1e+06 $ Critical pressure [Pa]
26 108 3500 $ Critical temperature [K]
26 114 910860 $ Heat of fusion [J/mol]
26 121 0.10196 $ Molar mass [kg/mol]
26 122 2503.15 $ Normal boiling point [K]
26 123 1993.15 $ Normal freezing point [K]
26 131 -911000 $ Formation enthalpy [J/mol]
27 208 3 10 10000 1000 1e+09 900 0 0 $ Enthalpy [J/kg]; Linear
27 222 2 10 10000 1000 1e+09 0.58 $ Thermal conductivity [W/(m·K)]; Constant
27 223 1 273 308 1 1 0 0.1 0.1 0.0269558 0.2 0.0362608 0.3 0.0430612 0.4 0.0493275 0.5 0.0568226 0.6 0.0689678 0.7 0.0943971 0.8 0.186885 $ Equilibrium moisture content [kg/kg]; List of P-values
27 223 1 308 323 0 1 0 0 0.1 0.0250676 0.2 0.0352048 0.3 0.0426971 0.4 0.0493104 0.5 0.0566844 0.6 0.067479 0.7 0.088029 0.8 0.144441 $ Equilibrium moisture content [kg/kg]; List of P-values
27 223 1 323 373 0 1 0 0 0.1 0.0213597 0.2 0.0326904 0.3 0.0414432 0.4 0.0493291 0.5 0.0586483 0.6 0.0718115 0.7 0.0935124 0.8 0.142256 $ Equilibrium moisture content [kg/kg]; List of P-values
27 234 2 10 10000 1000 1e+09 1045 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 4 $ Permittivity [F/m]; Constant
21 F3SLLny30KKziHtRbOE2 $ Compound's unique key
22 Cellets $ Compound's name
26 107 220001 $ Critical pressure [Pa]
26 115 40660.5 $ Heat of vaporization [J/mol]
26 122 3730.15 $ Normal boiling point [K]
26 123 2730.15 $ Normal freezing point [K]
26 131 -241826 $ Formation enthalpy [J/mol]
27 208 8 10 10000 1000 1e+09 -203.606 1523.29 -3196.41 2474.45 3.85533 -256.548 -285.83 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 222 2 10 10000 1000 1e+09 0.58 $ Thermal conductivity [W/(m·K)]; Constant
27 223 2 10 10000 1000 1e+09 0.05 $ Equilibrium moisture content [kg/kg]; Constant
27 234 2 10 10000 1000 1e+09 1114 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 4 $ Permittivity [F/m]; Constant
21 qvJP3B6Uiu1gJ03OhmWv $ Compound's unique key
22 FCC $ Compound's name
26 107 220001 $ Critical pressure [Pa]
26 115 40660.5 $ Heat of vaporization [J/mol]
26 122 3730.15 $ Normal boiling point [K]
26 123 2730.15 $ Normal freezing point [K]
26 131 -241826 $ Formation enthalpy [J/mol]
27 207 2 10 10000 1000 1e+09 1014 $ Heat capacity [J/(kg·K)]; Constant
27 208 8 10 10000 1000 1e+09 -203.606 1523.29 -3196.41 2474.45 3.85533 -256.548 -285.83 $ Enthalpy [J/kg]; Shomate standard enthalpy
27 222 2 10 10000 1000 1e+09 0.58 $ Thermal conductivity [W/(m·K)]; Constant
27 223 2 10 10000 1000 1e+09 0.012 $ Equilibrium moisture content [kg/kg]; Constant
27 234 2 10 10000 1000 1e+09 1632.5 $ Density [kg/m<sup>3</sup>]; Constant
27 235 2 10 10000 1000 1e+09 4 $ Permittivity [F/m]; Constant
21 j9zAhr99xPsXYmADI7F5 $ Compound's unique key
22 Lactose $ Compound's name
26 121 0.342297 $ Molar mass [kg/mol]
27 207 2 10 10000 1000 1e+09 1220 $ Heat capacity [J/(kg·K)]; Constant
27 222 2 10 10000 1000 1e+09 0.35 $ Thermal conductivity [W/(m·K)]; Constant
27 223 2 10 10000 1000 1e+09 0.0001 $ Equilibrium moisture content [kg/kg]; Constant
27 234 2 10 10000 1000 1e+09 1525 $ Density [kg/m<sup>3</sup>]; Constant
31 4b3f8A1A71A315EFB4E5 4e3a9D257E6A9E4F03D1 $ Unique keys of interacting compounds
32 303 2 10 10000 1000 1e+09 0.072 $ Interface tension [N/m]; Constant