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exercises:2015_ethz_mmm:geometry_optimization

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exercises:2015_ethz_mmm:geometry_optimization [2015/02/12 13:27] oschuettexercises:2015_ethz_mmm:geometry_optimization [2020/08/21 10:15] (current) – external edit 127.0.0.1
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 === 3. Step === === 3. Step ===
-For the GEO_OPT calcualtions, CP2k produces a few output files. The most important are:+For the GEO_OPT calculations, CP2k produces a few output files. The most important are:
  
   * geopt.out: standard CP2K output file. It tells you whether that the calculation is completed and what is the energy of the final configuration.   * geopt.out: standard CP2K output file. It tells you whether that the calculation is completed and what is the energy of the final configuration.
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 === 6. Step === === 6. Step ===
-Run the input for different satrting distances, and check whether the simulation always find the minimal energy configuration. +Run the input for different starting distances, and check whether the simulation always find the minimal energy configuration. 
  
 ===== Questions ===== ===== Questions =====
-  * Sketch the reaction profile for the two paths presentedreporting shape and activation energy. +  * After running geometry optimization (on one set of parametersstarting from different distances), do you always find the minimum energy distance? 
-  * What are the major differences between the profiles? How do you think the result will change by adopting different number of replicas?+  * If not, report the distances at which the geometry optimization does not bring the system in the minimum energy configuration.
  
exercises/2015_ethz_mmm/geometry_optimization.1423747636.txt.gz · Last modified: 2020/08/21 10:14 (external edit)