KERNEL TRUNCATION/LTRUNCATE: Difference between revisions
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Setting {{TAG|KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL}} to .True. switches on coulomb kernel truncation methods. These methods removes interactions with periodic replicas in non-periodic directions. | Setting {{TAG|KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL}} to .True. switches on coulomb kernel truncation methods. These methods removes interactions with periodic replicas in non-periodic directions, i.e. along the surface normal for 2D materials and along all directions for 0D systems such as atoms and molecules. | ||
{{NB|mind|This tag acts as a "super-tag", i.e. unless this tag is switched on further options in KERNEL_TRUNCATION will be ignored.}} | {{NB|mind|This tag acts as a "super-tag", i.e. unless this tag is switched on further options in KERNEL_TRUNCATION will be ignored.}} | ||
Revision as of 09:04, 15 October 2024
KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL = .True. | .False.
Default: KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL = .False.
Description: KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL truncates the coulomb kernel to remove electrostatic interactions along non-periodic dimensions
Setting KERNEL_TRUNCATION/LTRUNCATE_COULOMB_KERNEL to .True. switches on coulomb kernel truncation methods. These methods removes interactions with periodic replicas in non-periodic directions, i.e. along the surface normal for 2D materials and along all directions for 0D systems such as atoms and molecules.
| Mind: This tag acts as a "super-tag", i.e. unless this tag is switched on further options in KERNEL_TRUNCATION will be ignored. |