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Van Vleck paramagnetism

In condensed matter and atomic physics, Van Vleck paramagnetism refers to a positive and temperature-independent contribution to the magnetic susceptibility of a material, derived from second order corrections to the Zeeman interaction. The quantum mechanical theory was developed by John Hasbrouck Van Vleck between the 1920s and the 1930s to explain the…

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Overview

Description

Derivation

General formula and Van Vleck criteria

Systems of interest

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Van Vleck paramagnetism

Nodes43
Edges42
Triples10
Avg. degree1.95
Density0.046512
Components1

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Van Vleck paramagnetism

Top relations

related to Systems of interest · 10
Van Vleck paramagnetism → Bk5, Cm4, Curie's, Eu, Eu3, III, In, Sm3, The, Van Vleck

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Important terminology

van vleck displaystyle magnetic susceptibility order contribution second paramagnetism field theory chi material first perturbation paramagnetic state systems magnetization temperature

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Van Vleck paramagnetismrelated to Systems of interestThe0.60section
Van Vleck paramagnetismrelated to Systems of interestVan Vleck0.60section
Van Vleck paramagnetismrelated to Systems of interestIII0.60section
Van Vleck paramagnetismrelated to Systems of interestEu0.60section
Van Vleck paramagnetismrelated to Systems of interestEu30.60section
Van Vleck paramagnetismrelated to Systems of interestCurie's0.60section
Van Vleck paramagnetismrelated to Systems of interestSm30.60section
Van Vleck paramagnetismrelated to Systems of interestIn0.60section
Van Vleck paramagnetismrelated to Systems of interestBk50.60section
Van Vleck paramagnetismrelated to Systems of interestCm40.60section

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