ABINIT, lesson on polarization and finite-field properties
Berry phase calculation of polarization and placing a solid in a finite electric field
This lesson aims at showing how to compute ... (to be completed) ...
This lesson should take about 1 hour to be done.
Copyright (C) 2005 ABINIT group (PhG, MVeithen)
This file is distributed under the terms of the GNU General Public License, see
~ABINIT/Infos/copyright or
http://www.gnu.org/copyleft/gpl.txt .
For the initials of contributors, see ~ABINIT/Infos/contributors .
Goto :
ABINIT home Page
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Suggested acknowledgments
|
List of input variables
|
Tutorial home page
|
Bibliography
Help files :
New user's guide
|
Abinis (main)
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Abinis (respfn)
|
Mrgddb
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Anaddb
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AIM (Bader)
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Cut3D
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Optic
|
AIM (Bader)
|
Cut3D
|
Optic
Contents of lesson on polarization and finite fields :
- 1. (To be completed)
- 2. (To be completed)
1. (To be completed)
Before beginning, you might consider to work in a different
subdirectory as for the other lessons. Why not "Work_pol" ?
In order to compute the polarization and place a solid in a finite electric field,
you should first have some theoretical background.
TO BE COMPLETED : description of bibliography
TO BE COMPLETED : description of input variables
TO BE COMPLETED : description of the output
2. (To be completed)
TO BE COMPLETED
Goto :
ABINIT home Page
|
Suggested acknowledgments
|
List of input variables
|
Tutorial home page
|
Bibliography
Help files :
New user's guide
|
Abinis (main)
|
Abinis (respfn)
|
Mrgddb
|
Anaddb
|
AIM (Bader)
|
Cut3D
|
Optic
|
AIM (Bader)
|
Cut3D
|
Optic