Dortmund Data Bank
G-function (G-G0)/T of Benzene
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 |
| C6H6 |
78.114 |
71-43-2 |
Benzene |
Search the DDB for all data of Benzene
Diagrams
Data Table
| T [K] |
G-function (G-G0)/T [J/(mol*K)] |
State |
Reference |
| 100.00 |
-322.22 |
Vapor |
3 |
| 100.00 |
-180.26 |
Vapor |
5 |
| 200.00 |
-275.57 |
Vapor |
3 |
| 200.00 |
-204.61 |
Vapor |
5 |
| 298.15 |
-269.06 |
Vapor |
3 |
| 298.16 |
-221.67 |
Vapor |
4 |
| 298.16 |
-221.50 |
Vapor |
1 |
| 298.16 |
-221.46 |
Vapor |
2 |
| 300.00 |
-269.06 |
Vapor |
3 |
| 300.00 |
-221.80 |
Vapor |
5 |
| 300.00 |
-221.79 |
Vapor |
1 |
| 300.00 |
-221.75 |
Vapor |
2 |
| 400.00 |
-272.66 |
Vapor |
3 |
| 400.00 |
-237.44 |
Vapor |
4 |
| 400.00 |
-237.26 |
Vapor |
5 |
| 400.00 |
-237.23 |
Vapor |
1 |
| 400.00 |
-237.19 |
Vapor |
2 |
| 500.00 |
-280.45 |
Vapor |
3 |
| 500.00 |
-252.38 |
Vapor |
4 |
| 500.00 |
-252.17 |
Vapor |
5 |
| 500.00 |
-252.09 |
Vapor |
1 |
| 500.00 |
-252.04 |
Vapor |
2 |
| 600.00 |
-290.24 |
Vapor |
3 |
| 600.00 |
-266.98 |
Vapor |
4 |
| 600.00 |
-266.72 |
Vapor |
5 |
| 600.00 |
-266.52 |
Vapor |
1 |
| 700.00 |
-301.03 |
Vapor |
3 |
| 700.00 |
-280.90 |
Vapor |
5 |
| 700.00 |
-280.62 |
Vapor |
1 |
| 700.00 |
-280.58 |
Vapor |
2 |
| 800.00 |
-312.27 |
Vapor |
3 |
| 800.00 |
-294.69 |
Vapor |
5 |
| 800.00 |
-294.64 |
Vapor |
4 |
| 800.00 |
-294.30 |
Vapor |
1 |
| 900.00 |
-323.64 |
Vapor |
3 |
| 900.00 |
-308.05 |
Vapor |
5 |
| 900.00 |
-307.57 |
Vapor |
1 |
| 900.00 |
-307.52 |
Vapor |
2 |
| 1000.00 |
-334.98 |
Vapor |
3 |
| 1000.00 |
-320.98 |
Vapor |
5 |
| 1000.00 |
-320.75 |
Vapor |
4 |
| 1000.00 |
-320.41 |
Vapor |
1 |
| 1000.00 |
-320.37 |
Vapor |
2 |
| 1100.00 |
-346.18 |
Vapor |
3 |
| 1100.00 |
-332.80 |
Vapor |
1 |
| 1200.00 |
-357.17 |
Vapor |
3 |
| 1200.00 |
-344.80 |
Vapor |
1 |
| 1200.00 |
-344.76 |
Vapor |
2 |
| 1300.00 |
-367.92 |
Vapor |
3 |
| 1300.00 |
-356.39 |
Vapor |
1 |
| 1400.00 |
-378.41 |
Vapor |
3 |
| 1400.00 |
-367.61 |
Vapor |
1 |
| 1400.00 |
-367.56 |
Vapor |
2 |
| 1500.00 |
-388.63 |
Vapor |
3 |
| 1500.00 |
-379.07 |
Vapor |
4 |
| 1500.00 |
-378.44 |
Vapor |
1 |
| 1600.00 |
-398.58 |
Vapor |
3 |
| 1700.00 |
-408.27 |
Vapor |
3 |
| 1800.00 |
-417.69 |
Vapor |
3 |
| 1900.00 |
-426.86 |
Vapor |
3 |
| 2000.00 |
-435.78 |
Vapor |
3 |
| 2100.00 |
-444.47 |
Vapor |
3 |
| 2200.00 |
-452.93 |
Vapor |
3 |
| 2300.00 |
-461.17 |
Vapor |
3 |
| 2400.00 |
-469.19 |
Vapor |
3 |
| 2500.00 |
-477.02 |
Vapor |
3 |
| 2600.00 |
-484.65 |
Vapor |
3 |
| 2700.00 |
-492.10 |
Vapor |
3 |
| 2800.00 |
-499.37 |
Vapor |
3 |
| 2900.00 |
-506.46 |
Vapor |
3 |
| 3000.00 |
-513.40 |
Vapor |
3 |
| 3100.00 |
-520.18 |
Vapor |
3 |
| 3200.00 |
-526.81 |
Vapor |
3 |
| 3300.00 |
-533.29 |
Vapor |
3 |
| 3400.00 |
-539.63 |
Vapor |
3 |
| 3500.00 |
-545.85 |
Vapor |
3 |
| 3600.00 |
-551.93 |
Vapor |
3 |
| 3700.00 |
-557.89 |
Vapor |
3 |
| 3800.00 |
-563.73 |
Vapor |
3 |
| 3900.00 |
-569.46 |
Vapor |
3 |
| 4000.00 |
-575.08 |
Vapor |
3 |
| 4100.00 |
-580.59 |
Vapor |
3 |
| 4200.00 |
-586.00 |
Vapor |
3 |
| 4300.00 |
-591.31 |
Vapor |
3 |
| 4400.00 |
-596.52 |
Vapor |
3 |
| 4500.00 |
-601.65 |
Vapor |
3 |
| 4600.00 |
-606.68 |
Vapor |
3 |
| 4700.00 |
-611.63 |
Vapor |
3 |
| 4800.00 |
-616.50 |
Vapor |
3 |
| 4900.00 |
-621.28 |
Vapor |
3 |
| 5000.00 |
-625.99 |
Vapor |
3 |
| 5100.00 |
-630.62 |
Vapor |
3 |
| 5200.00 |
-635.18 |
Vapor |
3 |
| 5300.00 |
-639.66 |
Vapor |
3 |
| 5400.00 |
-644.08 |
Vapor |
3 |
| 5500.00 |
-648.43 |
Vapor |
3 |
| 5600.00 |
-652.72 |
Vapor |
3 |
| 5700.00 |
-656.94 |
Vapor |
3 |
| 5800.00 |
-661.10 |
Vapor |
3 |
| 5900.00 |
-665.21 |
Vapor |
3 |
| 6000.00 |
-669.25 |
Vapor |
3 |
List of References
| Number |
Source |
| 1 |
Brickwedde F.G.; Moskow M.; Aston J.G.: Equilibrium Constants of some Reactions Involved in the Production Of1,3-Butadiene.. J.Res. NBS 37 (1946) 263-279 |
| 2 |
Taylor W.J.; Wagman D.D.; Williams M.G.; Pitzer K.S.; Rossini F.D.: Heats, equilibrium constants, and free energies of formation of the alkylbenzenes.. J.Res. NBS 37 (1946) 95-122 |
| 3 |
Burcat A.; Zeleznik F.J.; McBride J.B.: Ideal Gas Thermodynamic Properties for the Phenyl, Phenoxy, and o-Biphenyl Radicals.. NASA Tech.Memo / X (1985) 1-6 |
| 4 |
Pitzer K.S.; Scott D.W.: The Thermodynamics and Molecular Structure of Benzene and Its Methyl Derivatives. J.Am.Chem.Soc. 65 (1943) 803-829 |
| 5 |
Vizi B.; Cyvin B.N.; Cyvin S.J.: Thermodynamic functions of benzene derivatives.. Rocz.Chem. 49 (1975) 2069-2076 |
Pure Component Data Overview
© DDBST GmbH
