User contributions for 161.111.27.7
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5 March 2007
- 14:0914:09, 5 March 2007 diff hist +104 Semi-grand ensembles No edit summary
- 14:0814:08, 5 March 2007 diff hist +426 Semi-grand ensembles →Semi-grand ensemble at fixed volume and temperature
- 14:0014:00, 5 March 2007 diff hist +700 Semi-grand ensembles →Fixed Volume and Temperature
- 13:4713:47, 5 March 2007 diff hist +286 N Semi-grand ensembles New page: == General Features == Semi-grand ensembles are used in Monte Carlo simulation of mixtures. In this ensembles the total number of molecules is fixed, but the composition can change. == F...
28 February 2007
- 15:5915:59, 28 February 2007 diff hist 0 Microcanonical ensemble →Partition function: N instead of n
27 February 2007
26 February 2007
- 11:1911:19, 26 February 2007 diff hist +74 Isothermal-isobaric ensemble No edit summary
23 February 2007
- 11:1311:13, 23 February 2007 diff hist +102 Talk:Ideal gas assumptions No edit summary current
22 February 2007
- 12:0912:09, 22 February 2007 diff hist +440 Flexible molecules No edit summary
- 11:5811:58, 22 February 2007 diff hist +225 N Flexible molecules New page: Modelling of internal degrees of freedom, usual techniques: == Bond distances == * Atoms linked by a chemical bond (stretching): <math> V_{str} (r_{12}) = \frac{1}{2} K_{str} ( r_{12} -...
- 11:4911:49, 22 February 2007 diff hist +43 Models No edit summary
21 February 2007
- 18:4618:46, 21 February 2007 diff hist +2 Equation of State: Ideal Gas No edit summary
- 18:4318:43, 21 February 2007 diff hist +1 Ideal gas No edit summary
- 18:4318:43, 21 February 2007 diff hist +50 Ideal gas No edit summary
- 18:4118:41, 21 February 2007 diff hist +518 N Equation of State: Ideal Gas New page: The Ideal Gas Equation of State is given by: * <math> \left. p V = N k_B T \right. </math> * <math> \left. p V = n R T \right.</math> where: * <math> p </math> is the pressure * <math>...
20 February 2007
- 11:4211:42, 20 February 2007 diff hist −1 Canonical ensemble →Free energy and Partition Function
- 11:4211:42, 20 February 2007 diff hist +6 Canonical ensemble →Free energy and Partition Function
19 February 2007
- 13:1413:14, 19 February 2007 diff hist +672 N Hard core Yukawa potential New page: Hard Core Yukawa Potential (Attractive): <math> V\left( r \right) = \left\{ \begin{array}{ccc} \infty & ; & r < \sigma \\ - \left( \frac{ \epsilon \sigma }{r}\right) \exp \left[- \kappa...
16 February 2007
- 11:1111:11, 16 February 2007 diff hist 0 Hard sphere model No edit summary
- 11:1111:11, 16 February 2007 diff hist +219 N Hard sphere model New page: The hard sphere interaction potential is givne by V(r) = \infinity if r < sigma; and V(r) = 0; if r > sigma. where V(r) is the potential energy between two spheres at a distance r, an...