B. Daftar Konstanta Komponen 1.
Densitas Liquid Tabel 3.1 Konstanta Densitas Liquid
Komponen Densitas Liquid kmolm
3
D
C T
L
B A
1 1
, T dalam Kelvin A
B C
D
Acetylene C
2
H
2
2,3948E+00 2,7091E-01 3,0832E+02 2,8571E-01
Formaldehyde CH
2
O 1,9400E+00 2,2240E-01
4,0800E+02 2,8570E-01 Butynediol C
4
H
6
O
2
9,1490E-01 2,3422E-01 6,9500E+02 2,8571E-01
Methanol CH
4
O 2,2880E+00 2,6850E-01
5,1264E+02 2,4530E-01 Propargyl Alcohol C
3
H
4
O
1,3541E+00 2,4900E-01 5,8000E+02 2,8570E-01
Hydrogen H
2
5,3840E+00 3,4730E-01 3,3180E+01 2,7560E-01
Nitrogen N
2
3,1724E+00 2,8479E-01 1,2610E+02 2,9250E-01
Air H
2
O 5,4590E+00 3,0542E-01
6,4713E+02 8,1000E-02
Sumber : Software ChemCAD 5.2
2. Viskositas Liquid
Tabel 3.2 Konstanta Viskositas Liquid
Komponen Viskositas Liquid Pa.S
E L
DT T
C ln T
B A
EXP
, T dalam Kelvin A
B C
D E
Acetylene C
2
H
2
6,2240E+00 -1,5180E+02 -2,6544E+00 Formaldehyde CH
2
O Butynediol C
4
H
6
O
2
Propargyl Alcohol C
3
H
4
O
-1,2265E+01 2.1514e+03 -2,6367E-01
Methanol CH
4
O -2,5317E+01 1,7892E+03 2,0690E+00
Hydrogen H
2
-1,1986E+01 2,6260E+01 -1,7740E-01 -4,4000E-16 10 Nitrogen N
2
-3,2165E+01 4,9690E+02 3,9069E+00 -1,0800E-21 10 Air H
2
O -5,1964E+01 3,6706E+03 5,7331E+00 -5,3495E-29 10
Sumber : Software ChemCAD
3. Viskositas Gas
Tabel 3.3 Konstanta Viskositas Gas
Komponen Viskositas Gas Pa.S
2
1 T
D T
C AT
B g
, T dalam Kelvin
A B
C D
Acetylene C
2
H
2
1,20E-06 4,95E-01
2,91E+02 Formaldehyde CH
2
O 8,31E-07
5,69E-01 2,40E+02
Butynediol C
4
H
6
O
2
1,05E-07 7,94E-01
1,11E+02 Methanol CH
4
O 3,06E-07
6,97E-01 2,05E+02
Propargyl Alcohol C
3
H
4
O
4,1863E-07 6,3060E-01 2,5589E+02
Hydrogen H
2
1,56E-07 7,06E-01
-5,87E+00 2,10E+02 Nitrogen N
2
7,63E-07 5,88E-01
6,78E+01 Air H
2
O 2,70E-06
4,98E-01 1,26E+03 -1,96E+04
Sumber : Software ChemCAD 5.2
4. Kapasitas Panas Liquid
Tabel 3.4 Konstanta Kapasitas Panas Liquid
Komponen Kapasitas Panas Liquid JKmol K
Cp
L
= A + BT + CT
2
+ DT
3
+ ET
4
, T dalam Kelvin A
B C
D E
Acetylene C
2
H
2
Formaldehyde CH
2
O Butynediol C
4
H
6
O
2
4,3800E+04 4,7223E+02 Methanol CH
4
O 1,0580E+05 -3,6223E+02 9,3790E-01
Propargyl Alcohol C
3
H
4
O
1,0270E+05 1,7200E+02
Hydrogen H
2
2,2560E+04 -1,9859E+03 1,1547E+02 -1,2598E-01 Nitrogen N
2
-3,3400E+04 3,5070E+03 -4,6700E+01 2,1270E-01 Air H
2
O 2,7637E+05 -2,0901E+03 8,1250E+00 -1,4110E-02 9,3701E-06
Sumber : Software ChemCAD 5.2
5. Kapasitas Panas Gas
Tabel 3.5 Konstanta Kapasitas Panas Gas
Komponen Kapasitas Panas Gas JKmol K
Cp
L
= A + BT + CT
2
+ DT
3
+ ET
4
, T dalam Kelvin A
B C
D E
Acetylene C
2
H
2
3,6760E+04 4,8290E+04 1,7965E+03 3,7220E+04 7,0807E+02 Formaldehyde CH
2
O 3,3270E+04 4,9542E+04 1,8666E+03 2,8075E+04 9,3490E+02
Butynediol C
4
H
6
O
2
4,6550E+04 1,7050E+05 1,6146E+03 1,1314E+05 -7,5018E+02 Methanol CH
4
O 3,9252E+04 8,7900E+04 1,9165E+03 5,3654E+04 8,9670E+02
Propargyl Alcohol C
3
H
4
O
9,3600E+04 7,0700E+04 1,2390E+03 -3,4400E+07 7,5800E+00
Hydrogen H
2
2,7617E+04 9,5600E+03 2,4600E+03 3,7600E+03 5,6760E+02 Nitrogen N
2
2,9105E+04 8,6149E+03 1,7016E+03 1,0347E+02 9,0979E+02 Air H
2
O 3,3359E+04 2,6798E+04 2,6093E+03 8,8880E+03 1,1676E+03
Sumber : Software ChemCAD 5.2
6. Konduktivitas Thermal Liquid
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