Cpig/R gas = A + BT + CT^2 + DT^-2 KOMPONEN A Propylene 1.637 Acetylene 6.132 Hydrogen 3.249 hydrogen syanid 5 water 3.47 Cpig/R solid = A + BT + DT^-2 KOMPONEN A C (graphite) 1.771 0.121 Cpig/R equation = A + BT + CT^2 KOMPONEN A Chloroform 19.215
B 0.022706 0.001952 0.000422 0.001359 0.00145
C -0.000006915 0 0 0 0
D 0 -129900 8300 -72500 12100
MOL 1 mol 1 mol 1 mol 1 mol 1 mol
B 0.000771 0.016316
C 0 0
D -0.00000867 194800
MOL 1 mol
B -0.04289
C 0.00008301
MOL 1 mol
T ref (K) 298.15 298.15 298.15 298.15 298.15
R (J/mol.K) 8.314 8.314 8.314 8.314 8.314
Tout (K) 322.8602 268.9351 347.0593 239.0802 338.36
Qin (J) 1647.692 1647.692 1647.692 1647.692 1647.692
Cp/R 198.1827657766 198.1816071009 198.1816213628 198.181621051 198.1816212927
T ref (K) 298.15 298.15
R (J/mol.K) 8.314 8.314
Tout (K) 395.3763 325.6134
Qin (J) 1647.692 1647.692
Cp/R 198.1816232345 198.1816210946
T ref (K) 298.15
R (J/mol.K) 8.314
Tout (K) 312.4495
Qin (J) 1647.692
Cp/R 198.1816329982
Q tbk = m ʃ Cp.dT ,J 1647.6915146667 1647.6818814365 1647.6820000104 1647.6819974179 1647.6819994274
Qin-Qtbk 0.0004853333 0.0101185635 0.0099999896 0.0100025821 0.0100005726
Q tbk = m ʃ Cp.dT ,J 1647.682015572 1647.6819977803
Qin-Qtbk 0.009984428 0.0100022197
Q tbk = m ʃ Cp.dT ,J 1647.6820967474
Qin-Qtbk 0.0099032527
CAMPURAN GAS KOMPONEN Propylene Acetylene Hydrogen
A 1.637 6.132 3.249
B 0.022706 0.001952 0.000422
C -0.000006915 0 0
D 0 -129900 8300
MOL 1 mol 1 mol 1 mol
T ref (K)
KOMPONEN Propylene Acetylene Hydrogen
A 1.637 6.132 3.249
B 0.022706 0.001952 0.000422
C -0.000006915 0 0
D 0 -129900 8300
MOL 1 mol 1 mol 1 mol
T ref (K)
KOMPONEN Propylene Acetylene Hydrogen
A 1.637 6.132 3.249
B 0.022706 0.001952 0.000422
C -0.000006915 0 0
D 0 -129900 8300
MOL 1 mol 1 mol 1 mol
T ref (K)
KOMPONEN Propylene Acetylene Hydrogen
A 1.637 6.132 3.249
B 0.022706 0.001952 0.000422
C -0.000006915 0 0
D 0 -129900 8300
MOL 1 mol 1 mol 1 mol
T ref (K)
KOMPONEN Propylene Acetylene Hydrogen
A 1.637 6.132 3.249
B 0.022706 0.001952 0.000422
C -0.000006915 0 0
D 0 -129900 8300
MOL 1 mol 1 mol 1 mol
T ref (K)
298.15
298.15
298.15
298.15
298.15
R (J/mol.K) 8.314
Tout (K)
Qin (J)
334.4587 1647.692
R (J/mol.K)
Tout (K)
Qin (J)
8.314
336.283
1647.692
R (J/mol.K)
Tout (K)
Qin (J)
8.314
329.314
1647.692
R (J/mol.K)
Tout (K)
Qin (J)
8.314
R (J/mol.K) 8.314
326.9773 1647.692
Tout (K)
Qin (J)
327.2672 1647.692
Cp/R 295.0596 197.765 125.8356
Fraksi komposisi (y) 0.3 0.3 0.4
y. 〖��〗 ^𝑖𝑔/R 88.5178707035 59.3294971832 50.3342534696
Cp/R 310.519 208.0389 132.1556
Fraksi komposisi (y) 0.2 0.4 0.4
y. 〖��〗 ^𝑖𝑔/R 62.1038050365 83.2155643313 52.8622420124
Cp/R 251.787 168.9524 108.0123
Fraksi komposisi (y) 0.5 0.3 0.2
y. 〖��〗 ^𝑖𝑔/R 125.8935154065 50.6857284128 21.6024654354
Cp/R 232.2911 155.9458 99.91658
Fraksi komposisi (y) 0.7 0.1 0.2
y. 〖��〗 ^𝑖𝑔/R 162.6037396152 15.5945789607 19.9833168661
Cp/R 234.7043 157.5566 100.9209
Fraksi komposisi (y) 0.6 0.3 0.1
y. 〖��〗 ^𝑖𝑔/R 140.822571209 47.2669779141 10.092093572
Q tbk = m ʃ Cp.dT ,J
Qin-Qtbk
1647.6819999568
0.0100000432
Q tbk = m ʃ Cp.dT ,J
Qin-Qtbk
1647.6819170149
0.0100829851
Q tbk = m ʃ Cp.dT ,J
Qin-Qtbk
1647.6827307433
0.0092692568
Q tbk = m ʃ Cp.dT ,J
Qin-Qtbk
1647.6821170641
0.0098829359
Q tbk = m ʃ Cp.dT ,J
Qin-Qtbk
1647.6821773665
0.0098226335