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20 March 2007
- 11:1911:19, 20 March 2007 diff hist +4 m Building up a simple cubic lattice No edit summary
- 11:1111:11, 20 March 2007 diff hist +54 m Building up a simple cubic lattice →Atomic position(s) on a cubic cell
- 11:0811:08, 20 March 2007 diff hist +26 m Building up a body centered cubic lattice →Atomic position(s) on a cubic cell
- 11:0011:00, 20 March 2007 diff hist +319 m Building up a body centered cubic lattice No edit summary
- 10:5110:51, 20 March 2007 diff hist +155 m Building up a body centered cubic lattice No edit summary
19 March 2007
- 18:3818:38, 19 March 2007 diff hist −1 m Building up a face centered cubic lattice No edit summary
- 18:3518:35, 19 March 2007 diff hist +47 m Building up a simple cubic lattice →Atomic position(s) on a cubic cell
- 18:3418:34, 19 March 2007 diff hist +157 m Building up a simple cubic lattice No edit summary
- 17:4417:44, 19 March 2007 diff hist +42 m Lattice Structures →3-dimensional systems
- 17:3117:31, 19 March 2007 diff hist +13 m Building up a face centered cubic lattice No edit summary
- 17:1817:18, 19 March 2007 diff hist −1 m Building up a face centered cubic lattice No edit summary
- 17:1717:17, 19 March 2007 diff hist +793 Nm Building up a face centered cubic lattice New page: * Consider: # a Cubic Simulation box of length <math>\left. L \right. </math> # a number of lattice positions, <math> \left. M \right. </math> given by: : <math> \left. M = 4 m^3 \ri...
- 17:0717:07, 19 March 2007 diff hist +42 m Lattice Structures No edit summary
- 16:5816:58, 19 March 2007 diff hist +637 Nm Building up a body centered cubic lattice New page: * Consider: # a Cubic Simulation box of length <math>\left. L \right. </math> # a number of lattice positions, <math> \left. M \right. </math> given by: : <math> \left. M = 2 m^3 \ri...
- 16:4816:48, 19 March 2007 diff hist +482 m Building up a simple cubic lattice No edit summary
- 16:3616:36, 19 March 2007 diff hist +90 Nm Building up a simple cubic lattice New page: * Using a Cubic Simulation box of length <math>\left. L \right. </math> [EN CONSTRUCCION]
- 16:3416:34, 19 March 2007 diff hist +177 m Lattice Structures No edit summary
- 16:2916:29, 19 March 2007 diff hist +276 Nm Lattice Structures New page: We will describe some ordered structures that are used as starting configurations in computer simulation of condensed matter. * 2-dimensional systems Square lattice * 3-dimensional...
- 16:2416:24, 19 March 2007 diff hist +187 m Metropolis Monte Carlo →Boundary Conditions
- 16:2116:21, 19 March 2007 diff hist −27 m Metropolis Monte Carlo →Initial configuration
- 16:2016:20, 19 March 2007 diff hist +29 m Metropolis Monte Carlo →Importance sampling
- 16:1516:15, 19 March 2007 diff hist 0 m Ramp model No edit summary
6 March 2007
- 11:0811:08, 6 March 2007 diff hist +118 m Semi-grand ensembles →Fixed pressure and temperature: Semi-grand ensemble: Partition function
5 March 2007
- 15:1315:13, 5 March 2007 diff hist +2 m Semi-grand ensembles →Semi-grand ensemble at fixed volume and temperature
- 15:0515:05, 5 March 2007 diff hist +77 m Semi-grand ensembles →Fixed pressure and temperature: Semigrand ensemble
2 March 2007
- 16:0716:07, 2 March 2007 diff hist +163 m Gibbs-Duhem integration →Example: phase equilibria of one-component system
- 15:1715:17, 2 March 2007 diff hist +62 m Gibbs-Duhem integration →Example: phase equilibria of one-component system
- 15:1615:16, 2 March 2007 diff hist +134 m Gibbs-Duhem integration →Example: phase equilibria of one-component system
- 15:1215:12, 2 March 2007 diff hist +1 m Gibbs-Duhem integration →Peculiarities of the method (Warnings)
- 15:1115:11, 2 March 2007 diff hist +1 m Gibbs-Duhem integration →Peculiarities of the method (Warnings)
- 15:1015:10, 2 March 2007 diff hist +11 m Gibbs-Duhem integration →Peculiarities of the method
- 15:1015:10, 2 March 2007 diff hist +255 m Gibbs-Duhem integration →Peculiarities of the method
- 15:0615:06, 2 March 2007 diff hist +35 m Gibbs-Duhem integration →Example: phase equilibria of one-component system
- 14:4814:48, 2 March 2007 diff hist +392 m Gibbs-Duhem integration →Example: phase equilibria of one-component system
- 14:4214:42, 2 March 2007 diff hist +265 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 14:1814:18, 2 March 2007 diff hist +172 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 14:1514:15, 2 March 2007 diff hist +885 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 11:2411:24, 2 March 2007 diff hist +281 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 11:1811:18, 2 March 2007 diff hist +77 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 11:1611:16, 2 March 2007 diff hist −17 m Gibbs-Duhem integration →Basic Features
- 11:1411:14, 2 March 2007 diff hist +275 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 10:5910:59, 2 March 2007 diff hist −1 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 10:5910:59, 2 March 2007 diff hist +431 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 10:4210:42, 2 March 2007 diff hist +144 m Gibbs-Duhem integration →Example: phase equilibria of one-compoment system
- 10:4010:40, 2 March 2007 diff hist +171 m Gibbs-Duhem integration →Basic Features
- 10:3410:34, 2 March 2007 diff hist +4 m Gibbs-Duhem integration →Basic Features
- 10:2810:28, 2 March 2007 diff hist +761 m Gibbs-Duhem integration No edit summary
- 10:1610:16, 2 March 2007 diff hist +486 m Gibbs-Duhem integration No edit summary
- 10:0010:00, 2 March 2007 diff hist +183 Nm Gibbs-Duhem integration New page: The so-called Gibbs-Duhem Integration referes to a number of methods that couple molecular simulation techniques with thermodynamic equations in order to draw phase coexistence lines.
- 09:5509:55, 2 March 2007 diff hist +92 m Monte Carlo in the microcanonical ensemble No edit summary