Dortmund Data Bank
G-function (G-G0)/T of Methanol
The experimental data shown in these pages are freely available and have been published already in the DDB Explorer Edition. The data represent a small sub list of all available data in the Dortmund Data Bank. For more data or any further information please search the DDB or contact DDBST.
Component
Formula |
Molar Mass |
CAS Registry Number |
Name |
CH4O |
32.042 |
67-56-1 |
Methanol |
Search the DDB for all data of Methanol
Diagrams
Data Table
T [K] |
G-function (G-G0)/T [J/(mol*K)] |
State |
Reference |
100.00 |
-161.58 |
Vapor |
4 |
100.00 |
-161.54 |
Vapor |
2 |
100.00 |
-161.50 |
Vapor |
3 |
150.00 |
-175.94 |
Vapor |
2 |
150.00 |
-175.91 |
Vapor |
4 |
150.00 |
-175.90 |
Vapor |
3 |
200.00 |
-186.40 |
Vapor |
2 |
200.00 |
-186.38 |
Vapor |
4 |
250.00 |
-194.72 |
Vapor |
2 |
273.15 |
-198.01 |
Vapor |
4 |
273.15 |
-197.99 |
Vapor |
3 |
273.16 |
-198.03 |
Vapor |
1 |
298.15 |
-201.35 |
Vapor |
4 |
298.15 |
-201.33 |
Vapor |
3 |
298.16 |
-201.38 |
Vapor |
1 |
300.00 |
-201.63 |
Vapor |
1 |
300.00 |
-201.59 |
Vapor |
3 |
300.00 |
-201.58 |
Vapor |
4 |
350.00 |
-207.61 |
Vapor |
2 |
400.00 |
-212.97 |
Vapor |
1 |
400.00 |
-212.93 |
Vapor |
4 |
400.00 |
-212.92 |
Vapor |
3 |
500.00 |
-222.34 |
Vapor |
1 |
500.00 |
-222.33 |
Vapor |
4 |
600.00 |
-230.59 |
Vapor |
4 |
600.00 |
-230.58 |
Vapor |
1 |
700.00 |
-238.09 |
Vapor |
4 |
700.00 |
-238.07 |
Vapor |
1 |
800.00 |
-245.04 |
Vapor |
4 |
800.00 |
-245.02 |
Vapor |
3 |
800.00 |
-244.97 |
Vapor |
1 |
900.00 |
-251.55 |
Vapor |
4 |
900.00 |
-251.54 |
Vapor |
3 |
900.00 |
-251.50 |
Vapor |
1 |
1000.00 |
-257.70 |
Vapor |
4 |
1000.00 |
-257.69 |
Vapor |
3 |
1000.00 |
-257.65 |
Vapor |
1 |
1100.00 |
-263.55 |
Vapor |
3 |
1100.00 |
-263.54 |
Vapor |
4 |
1200.00 |
-269.13 |
Vapor |
4 |
1200.00 |
-269.12 |
Vapor |
3 |
1300.00 |
-274.47 |
Vapor |
3 |
1400.00 |
-279.62 |
Vapor |
3 |
1400.00 |
-279.61 |
Vapor |
4 |
1500.00 |
-284.55 |
Vapor |
3 |
List of References
Number |
Source |
1 |
Green J.H.S.: Thermodynamic properties of the normal alcohols C1-C12.. J.Appl.Chem. 11 (1961) 397-404 |
2 |
Palm A.; Kilpatrick M.: Barrier height and thermodynamic functions of gaseous HNO3 and DNO3.. J.Chem.Phys. 23 (1955) 1562-1563 |
3 |
Chen S.S.; Wilhoit R.C.; Zwolinski B.J.: Thermodynamic properties of normal and deuterated methanols.. J.Phys.Chem.Ref.Data 6 (1977) 105-112 |
4 |
Chao J.; Hall K.R.; Marsh K.N.; Wilhoit R.C.: Part 2. Ideal Gas Properties. J.Phys.Chem.Ref.Data 15 (1986) 1369-1436 |
5 |
Ivash E.; Li J.C.M.; Pitzer K.S.: Thermodynamic properties of ideal gaseous methanol.. J.Chem.Phys. 23 (1955) 1814-1818 |
6 |
Chermin H.A.G.: Part 28. Gaseous Normal Alcohols. Petrol.Refiner 40 (1961) 127-130 |
Pure Component Data Overview
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