Modélisation de l'évaporation de gouttes multi-composants

ANNEXE A : PROPRIETES PHYSIQUESn-octadecylcyclohexane C 24 H 48336.64801.9344D+05 682.2 839.1-3.0983D+01 06.0115D+00 –2.3328D-03-2.8453D-07 01.3297D-08 –1.3223D-12-3.0280D-03 01.0059D-06 05.3394D-08470.8401.0491D+03 –7.2690D-0109.6514D+02 03.4411D+0002.3352D-01 –4.1936D-04 02.2650D-071151.8 426.80n-nonadecylcyclohexane C 25 H 50350.67501.8650D+05 693.2 850.4-2.5470D+01 06.0031D+00 –2.3290D-03-2.7564D-07 01.3006D-08 –1.2640D-12-2.7744D-03 05.9077D-07 04.9829D-08491.3001.0466D+03 –7.1470D-0109.6107D+02 03.4266D+0002.3391D-01 –4.1416D-04 02.2057D-071178.5 432.42A.3.2Modèles à thermodynamique continuen-alcanes C 4 H 10 – C 10 H 22Variable de distribution : masse molaire-7.3159D+02 –7.0930D+01 –1.2308D+00 01.5764D-0101.2054D+01 –4.4170D-02 03.4077D-02 –1.5625D-03-1.0542D-02 –5.4420D-04 –2.7690D-06 01.1815D-06-5.2921D+01 01.2301D-01 04.3452D-02 –2.0679D-0301.0488D-01 –4.7087D-03 06.7239D-06 06.3496D-06-5.1849D-05 08.1896D-06 –1.4618D-07 –6.1041D-0901.1292D+07 01.9969D+05 06.9660D+00305.20 2.2625 159.77 2.0631-5.3001D+03 02.6903D+01 –8.8535D-03 02.6647D+02 05.2353D+00 –1.7774D-0303.5078D-06 02.1347D-08 00.0000D+00 –1.7808D-08 –4.5547D-11 00.0000D+00-5.4772D-03 03.7261D-05 01.5280D-07 02.3835D-05 –2.4003D-07 –3.3260D-1001.0194D+00 01.4586D+0003.0874D+01 –4.9255D-02 –3.1776D-01 06.1990D-04 01.0584D-03 –2.2443D-06-2.9058D+04 02.0688D+02 01.1161D+03 02.6670D+0002.7104D-01 –7.8252D-04 06.1027D-07 01.0769D-04 01.1760D-06 –1.4561D-09-1.6059D+01 05.2243D+00 –8.1161D-03 03.6911D+01 02.3211D+00 –3.8524D-03Variable de distribution : température normale d’ébullition-076.37 0.481801.0806D+00 –5.1763D-02 01.3443D-03-4.1250D+06 09.6664D+04 06.9660D+00128.85 1.0998-2.5957D+04 –3.7059D+02 01.2504D-01 01.2920D+02 02.5159D+00 –8.5088D-0404.9224D-06 02.4868D-08 00.0000D+00 –8.7286D-09 –2.2062D-11 00.0000D+00-7.3389D-03 05.6453D-05 01.7739D-07 01.1596D-05 –1.1799D-07 –1.5804D-10-1.1038D+02 07.0280D-01271