Methanol: Difference between revisions
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*[http://dx.doi.org/10.1063/1.3184851 Alina Ciach and Aurélien Perera "A simple lattice model for the microstructure of neat alcohols: Application to liquid methanol", Journal of Chemical Physics '''131''' 044505 (2009)] | *[http://dx.doi.org/10.1063/1.3184851 Alina Ciach and Aurélien Perera "A simple lattice model for the microstructure of neat alcohols: Application to liquid methanol", Journal of Chemical Physics '''131''' 044505 (2009)] | ||
*[http://dx.doi.org/10.1080/00268976.2011.589989 Johann-Philipp Crusius, Robert Hellmann and Andreas Heintz "The Kirkwood correlation factor of dense methanol as a function of temperature and pressure under isochoric conditions and its statistical mechanical treatment", Molecular Physics '''109''' pp. 1749-1757 (2011)] | *[http://dx.doi.org/10.1080/00268976.2011.589989 Johann-Philipp Crusius, Robert Hellmann and Andreas Heintz "The Kirkwood correlation factor of dense methanol as a function of temperature and pressure under isochoric conditions and its statistical mechanical treatment", Molecular Physics '''109''' pp. 1749-1757 (2011)] | ||
*[http://dx.doi.org/10.1063/1.3681140 Jane R. Allison, Sereina Riniker, and Wilfred F. van Gunsteren "Coarse-grained models for the solvents dimethyl sulfoxide, chloroform, and methanol", Journal of Chemical Physics '''136''' 054505 (2012)] | |||
[[category: models]] | [[category: models]] | ||
[[category: Contains Jmol]] | [[category: Contains Jmol]] | ||
Revision as of 15:06, 8 February 2012
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Methanol (CH3OH)
Models
Jorgensen model
Leeuwen-Smit model
L1[2]
Virial coefficients
The virial coefficients for various models of methanol have been calculated using Mayer sampling Monte Carlo [3].
Phase diagram
The phase diagram (pressure-temperature plane) for methanol using the OPLS force field parameters has been calculated by Gonzalez Salgado and Vega [4]. The melting point at room pressure for this model is 215 K.
References
- ↑ William L. Jorgensen "Optimized intermolecular potential functions for liquid alcohols", Journal of Physical Chemistry 90 pp. 1276-1284 (1986)
- ↑ Monica E. van Leeuwen and Berend Smit "Molecular Simulation of the Vapor-Liquid Coexistence Curve of Methanol", Journal of Physical Chemistry 99 pp. 1831-1833 (1995)
- ↑ Katherine R. S. Shaul, Andrew J. Schultz, and David A. Kofke "Mayer-sampling Monte Carlo calculations of methanol virial coefficients", Molecular Simulation 36 pp. 1282-1288 (2010)
- ↑ D. Gonzalez Salgado and C. Vega "Melting point and phase diagram of methanol as obtained from computer simulations of the OPLS model", Journal of chemical Physics 132 094505 (2010)
Related reading
- Samantha Weerasinghe and Paul E. Smith "A Kirkwood−Buff Derived Force Field for Methanol and Aqueous Methanol Solutions", Journal of Physical Chemistry B 109 pp. 15080–15086 (2005)
- D. Costa, G. Munaó, F. Saija and C. Caccarno "Reference interaction site model and molecular dynamics study of structure and thermodynamics of methanol", Journal of Chemical Physics 127 224501 (2007)
- Maximiliano Valdéz-González, Humberto Saint-Martin, Jorge Hernández-Cobos, Regla Ayala, Enrique Sanchez-Marcos, and Ivan Ortega-Blake "Liquid methanol Monte Carlo simulations with a refined potential which includes polarizability, nonadditivity, and intramolecular relaxation", Journal of Chemical Physics 127 224507 (2007)
- Alina Ciach and Aurélien Perera "A simple lattice model for the microstructure of neat alcohols: Application to liquid methanol", Journal of Chemical Physics 131 044505 (2009)
- Johann-Philipp Crusius, Robert Hellmann and Andreas Heintz "The Kirkwood correlation factor of dense methanol as a function of temperature and pressure under isochoric conditions and its statistical mechanical treatment", Molecular Physics 109 pp. 1749-1757 (2011)
- Jane R. Allison, Sereina Riniker, and Wilfred F. van Gunsteren "Coarse-grained models for the solvents dimethyl sulfoxide, chloroform, and methanol", Journal of Chemical Physics 136 054505 (2012)