Category:Constrained-random-phase approximation: Difference between revisions
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== Theoretical Background == | == Theoretical Background == | ||
The constrained random phase approximation (CRPA) is a method that allows to calculate the effective interaction parameters U, J and J' for model Hamiltonians. | |||
The main idea is to neglect screening effects of states in the screened Coulomb interaction. | |||
== How to == | == How to == | ||
Revision as of 12:02, 6 April 2022
All tags and articles that deal with CRPA calculations are members of this category.
Theoretical Background
The constrained random phase approximation (CRPA) is a method that allows to calculate the effective interaction parameters U, J and J' for model Hamiltonians. The main idea is to neglect screening effects of states in the screened Coulomb interaction.
How to
Pages in category "Constrained-random-phase approximation"
The following 7 pages are in this category, out of 7 total.