LRHFCALC: Difference between revisions

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{{TAGDEF|LRHFCALC|.TRUE. {{!}} .FALSE. |.FALSE.}}
{{TAGDEF|LRHFCALC|.TRUE. {{!}} .FALSE. |.FALSE.}}


Description: {{TAG|LRHFCALC}} specifies whether the only the long-range Hartree-Fock is used.
Description: {{TAG|LRHFCALC}} selects a decomposition of the exchange functional for calculations with the range-separated hybrid RSHX functional.
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If LRHFCALC=.TRUE. the decomposition of the exchange operator (in a range separated hybrid functional) into a short range and a long range part.


== Related tags and articles ==
== Related tags and articles ==
{{TAG|LHFCALC}},
{{TAG|AEXX}},
{{TAG|AEXX}},
{{TAG|ALDAX}},
{{TAG|ALDAC}},
{{TAG|AGGAX}},
{{TAG|AGGAC}},
{{TAG|AMGGAX}},
{{TAG|AMGGAC}},
{{TAG|HFSCREEN}},
{{TAG|HFSCREEN}},
[[list_of_hybrid_functionals|settings for specific hybrid functionals]]
[[list_of_hybrid_functionals|list_of_hybrid_functionals]]


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

Revision as of 12:55, 17 October 2023

LRHFCALC = .TRUE. | .FALSE.
Default: LRHFCALC = .FALSE. 

Description: LRHFCALC selects a decomposition of the exchange functional for calculations with the range-separated hybrid RSHX functional.


If LRHFCALC=.TRUE. the decomposition of the exchange operator (in a range separated hybrid functional) into a short range and a long range part.

Related tags and articles

LHFCALC, AEXX, HFSCREEN, list_of_hybrid_functionals

Examples that use this tag