Eicosano

Icosano
n- eicosano

ecuación: ρ=0.21624/0.25287(1+(1-T/768)0.31613){\ displaystyle \ rho = 0.21624 / 0.25287 ^ {(1+ (1-T / 768) ^ {0.31613})}}
Densidad del líquido en kmol m -3 y temperatura en Kelvin, de 309,58 a 768 K.
Valores calculados:

ecuación: PAGvs=miXpag(203,66+-19441T+(-25,525)×lno(T)+(8.8382mi-6)×T2){\ Displaystyle P_ {vs} = exp (203.66 + {\ frac {-19441} {T}} + (- 25.525) \ times ln (T) + (8.8382E-6) \ times T ^ {2})}
Presión en pascales y temperatura en Kelvin, de 309,58 a 768 K.
Valores calculados:

ecuación: VSPAG=(352720)+(807.32)×T+(0.21220)×T2{\ Displaystyle C_ {P} = (352720) + (807.32) \ times T + (0.21220) \ times T ^ {2}}
Capacidad térmica del líquido en J kmol -1 K -1 y temperatura en Kelvin, de 309,58 a 616,93 K.
Valores calculados:

T (K) T (° C) C p (Jkmetrool×K){\ displaystyle ({\ tfrac {J} {kmol \ times K}})} C p (Jkgramo×K){\ displaystyle ({\ tfrac {J} {kg \ times K}})} 309.58 36,43 622 990 2.205 330 56,85 642,244 2 273 340 66,85 651,739 2 307 350 76,85 661277 2340 360 86,85 670 856 2,374 371 97,85 681,443 2,412 381 107,85 691112 2,446 391 117,85 700 823 2,480 401 127,85 710.577 2.515 412 138,85 721 356 2.553 422 148,85 731,198 2.588 432 158,85 741,084 2.623 442 168,85 751012 2.658 453 179,85 761981 2.697 463 189,85 771.998 2,732

T (K) T (° C) C p (Jkmetrool×K){\ displaystyle ({\ tfrac {J} {kmol \ times K}})} C p (Jkgramo×K){\ displaystyle ({\ tfrac {J} {kg \ times K}})} 473 199,85 782,058 2,768 483 209,85 792,159 2 804 493 219,85 802.304 2.839 504 230,85 813,511 2 879 514 240,85 823 745 2 915 524 250,85 834,021 2 952 534 260,85 844 339 2 988 545 271,85 855,738 3 029 555 281,85 866,146 3,065 565 291,85 876,595 3 102 575 301,85 887088 3 140 586 312,85 898 678 3 181 596 322,85 909260 3,218 606 332,85 919 883 3 256 616,93 343,78 931540 3 297

ecuación: VSPAG=(137,730)+(1.0992)×T+(3.6839mi-4)×T2+(-8.2058mi-7)×T3+(2.7259mi-10)×T4{\ Displaystyle C_ {P} = (137.730) + (1.0992) \ times T + (3.6839E-4) \ times T ^ {2} + (- 8.2058E-7) \ times T ^ {3} + (2.7259 E -10) \ veces T ^ {4}}
Capacidad calorífica del gas en J · mol −1 · K −1 y temperatura en Kelvin, de 200 a 1500 K.
Valores calculados:
478,61 J · mol -1 · K -1 a 25 ° C.

T (K) T (° C) C p (Jkmetrool×K){\ displaystyle ({\ tfrac {J} {kmol \ times K}})} C p (Jkgramo×K){\ displaystyle ({\ tfrac {J} {kg \ times K}})} 200 −73,15 366 177 1.296 286 12,85 464,861 1645 330 56,85 514 327 1.820 373 99,85 561 678 1989 416 142,85 607,838 2 151 460 186,85 653 646 2,313 503 229,85 696,853 2,466 546 272,85 738,375 2.613 590 316,85 778,995 2 757 633 359,85 816 769 2,891 676 402,85 852,569 3 017 720 446,85 887103 3 140 763 489,85 918,774 3,252 806 532,85 948,384 3 357 850 576,85 976,567 3 456

T (K) T (° C) C p (Jkmetrool×K){\ displaystyle ({\ tfrac {J} {kmol \ times K}})} C p (Jkgramo×K){\ displaystyle ({\ tfrac {J} {kg \ times K}})} 893 619,85 1.002.082 3,547 936 662,85 1.025.654 3.630 980 706,85 1.047.853 3.709 1.023 749,85 1.067.777 3,779 1.066 792,85 1.086.082 3.844 1110 836,85 1,103,295 3.905 1,153 879,85 1,118,813 3 960 1,196 922,85 1,133,238 4.011 1.240 966,85 1,147,098 4.060 1,283 1.009,85 1 160 009 4.106 1.326 1.052,85 1,172,561 4.150 1370 1096,85 1,185,332 4.195 1.413 1.139,85 1 198 057 4 240 1,456 1.182,85 1.211.359 4 287 1500 1 226,85 1,225,937 4 339