VDW D: Difference between revisions

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{{DISPLAYTITLE:VDW_D}}
{{DISPLAYTITLE:VDW_D}}
{{TAGDEF|VDW_D|[real]|20}}
{{TAGDEF|VDW_D|[real]}}
{{DEF|VDW_D|20|for [[DFT-D2]] and [[Tkatchenko-Scheffler_method|Tkatchenko-Scheffler]]|0.6966|for [[DFT-ulg]]|6|for [[Many-body dispersion energy|Many-body dispersion energy]]}}


Description: {{TAG|VDW_D}} defines the damping parameter <math>d</math> in the {{TAG|DFT-D2}} method.
Description: {{TAG|VDW_D}} defines the damping parameter <math>d</math>.
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{{TAG|VDW_D}} sets the damping parameter <math>d</math> for the [[DFT-D2]], [[DFT-ulg]], [[Tkatchenko-Scheffler_method|Tkatchenko-Scheffler]], and [[Many-body dispersion energy|Many-body dispersion energy]] methods.


== Related tags and articles ==
== Related tags and articles ==
{{TAG|DFT-D2}}
[[DFT-D2]],
[[DFT-ulg]],
[[Tkatchenko-Scheffler_method|Tkatchenko-Scheffler method]],
[[Many-body dispersion energy|Many-body dispersion energy]]


{{sc|VDW_D|Examples|Examples that use this tag}}
{{sc|VDW_D|Examples|Examples that use this tag}}

Latest revision as of 09:59, 9 February 2024

VDW_D = [real] 

Default: VDW_D = 20 for DFT-D2 and Tkatchenko-Scheffler
= 0.6966 for DFT-ulg
= 6 for Many-body dispersion energy

Description: VDW_D defines the damping parameter .


VDW_D sets the damping parameter for the DFT-D2, DFT-ulg, Tkatchenko-Scheffler, and Many-body dispersion energy methods.

Related tags and articles

DFT-D2, DFT-ulg, Tkatchenko-Scheffler method, Many-body dispersion energy

Examples that use this tag