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CPMD Tutorial Part 10 |
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11. Credits
12. Downloads
13. File distribution policy
Part 9
Start
Contents
The following tutorial files and archives are available for download:
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(1.382 MByte) | cpmd-tutor-inputs.tar.gz | All inputs and pseudopotentials as gzipped tar archive |
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(27.909 MByte) | cpmd-tutor-reference.tar.gz | All reference outputs as gzipped tar archive |
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(0.179 MByte) | cpmd-tutor.pdf | A PDF version of the full document |
The files provided via these pages are made available
free of charge for personal use. They still are copyrighted by the
author(s) mentioned in the individual files. They may not be used in any
commercial software without prior agreement of the author(s).
These files are distributed in the hope that they will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
All trademarks and registered trademarks are the properties of
their respective holders.
Full Table of Contents
1. Introduction
1.1. Development Notice
1.2. Notes
1.3. Recent Changes
1.4. Citation / Bookmark
2. Table of Contents
3. Preparation and Installation Issues
3.1. Compiling CPMD
3.2. Running CPMD
3.3. Running cpmd2cube
4. The Theory: Some Fundamental Infos and Useful Literature
5. The Basics: Running CPMD, Input and Output Formats
5.1. Wavefunction Optimization: a) Input File Format
5.2. Wavefunction Optimization: b) Output File Format
5.3. Geometry Optimization
5.4. Car-Parrinello Molecular Dynamics
5.5. Further Job Types
5.6. How to Use the Tutorial
6. Exercise: Electron Structure and Geometry Optimization
6.1. Hydrogen Molecule
6.2. Water Molecule
6.3. Ammonia Molecule
7. Exercise: Car-Parrinello Molecular Dynamics
7.1. Hydrogen Molecule
7.2. Ammonia Molecule in Gas Phase
7.3. Glycine Molecule in Gas Phase
7.4. Glycine with Thermostats
8. Exercise: Bulk Systems
8.1. Bulk Silicon
8.2. Hydronium Ion in Bulk Water
9. Exercise: Determination of Dynamic Properties
9.1. Calculation of Vibrational Spectra
9.2. The 'Dragging Effect'
10. Proton Transfer in a Catalytic Triade Model
10.1. Preparing a Model from a Large System
10.2. Equilibration with a Blocked Reaction Path
10.3. Modelling Part of the Reaction Path
10.4. Calculating Electron Structure Properties and Visualizations
11. Credits
12. Downloads
13. File distribution policy
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