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bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

IS A
bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22     •     Categories: Computational chemistry, Quantum chemistry

  Slater–Condon rules · Slater-Condon rules

Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

More definitions


Method for simplifying calculation of one- and two-body operators for Slater determinant wavefunctions Wikidata

NAMED AFTER
bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22     •     Categories: Chimie numérique, Chimie théorique

  Lois de Slater-Condon

En chimie numérique, les lois de Slater-Condon indiquent les intégrales des opérateurs à un ou deux corps sur les fonctions d'onde construites comme des déterminants de Slater d'orbitales orthonormées en termes d'orbitales individuelles. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

NAMED AFTER
bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

bn:01244625n     •     NOUN     •     Concept    •     Updated on 2018/03/22

 No term available

 Within computational chemistry, the Slater–Condon rules express integrals of one- and two-body operators over wavefunctions constructed as Slater determinants of orthonormal orbitals in terms of the individual orbitals. Wikipedia

NAMED AFTER

Translations

slater–condon rules, slater-condon rules
lois de slater-condon

Sources

3 sources | 3 senses
2 sources | 2 senses

External Links