Variables: Difference between revisions
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<span id="test2"></span> | <span id="test2"></span> | ||
{{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | |||
<span id="test3"></span> | |||
{{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | |||
<span id="test4"></span> | |||
{{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | |||
<span id="test5"></span> | |||
{{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | |||
===htest6=== | |||
<span id="test6"></span> | |||
{{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | {{var1|NGsBlkXs|RL|Number of G-vectors in screening|This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.}} | ||
Revision as of 10:47, 20 March 2017
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.
htest6
Variable:
NGsBlkXs(Units: RL) Meaning: Number of G-vectors in screening
Tip: This determines the size of the dielectric matrix in G-space. Needed for inclusion of local field effects. It should be much smaller than the number of G-vectors needed to expand the wavefunctions. It needs careful convergence.