Jan Korringa

Q: What Schools Are Affiliated With Jan Korringa

Jan Korringa is affiliated with the following schools: University of California, Berkeley, University of California, Santa Barbara, Ohio State University, Delft University of Technology, Leiden University

Jan Korringa's AcademicInfluence.com Rankings

Jan Korringa

Physics

#2499

World Rank

#3684

Historical Rank

physics Degrees

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Physics

Why Is Jan Korringa Influential?

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According to Wikipedia, Jan Korringa was a Dutch American theoretical physicist, specializing in theoretical condensed matter physics. He also contributed to the KKR Method. Education and career Korringa received his undergraduate degree from the Delft University of Technology. In 1937, Korringa went to Leiden University, Netherlands, to pursue graduate studies. After the closure of Leiden University, Korringa returned to Delft University of Technology. In 1942, he gave a Doctor of Philosophy from Delft University of Technology and published his thesis, Onderzoekingen op het gebied algebraïsche optiek . In 1946, Korringa became an associate professor at the University of Leiden. He was a protégé of Hendrik Kramers, who had been the first protégé of Niels Bohr, and who was a large influence on his interest in quantum mechanics.

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Jan Korringa's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

On the calculation of the energy of a Bloch wave in a metal (1947) (959)
Nuclear magnetic relaxation and resonnance line shift in metals (1950) (692)
On the Dependence of the Elastic Properties of a Porous Rock on the Compressibility of the Pore Fluid (1975) (641)
THEORY OF SPIN PUMPING AND RELAXATION IN SYSTEMS WITH A LOW CONCENTRATION OF ELECTRON SPIN RESONANCE CENTERS (1962) (118)
Theory of elastic constants of heterogeneous media (1973) (94)
The cooperative electron phenomenon in dilute alloys (1953) (72)
An analysis of the magnetotelluric impedance for three-dimensional conductivity structures (1986) (70)
Computation of conductivity and dielectric constant of periodic porous media (1990) (63)
Dispersion theory for electrons in a random lattice with applications to the electronic structure of alloys (1958) (61)
On the internal constitution of the earth (1946) (59)
Self‐consistent imbedding and the ellipsoidal model for porous rocks (1979) (53)
Coherent-Potential Approximation for Random Systems with Short-Range Correlations (1972) (36)
ELECTRONIC STRUCTURE OF THE F CENTER IN LiCl (1961) (28)
Magnetic Spin Pumping in Fluids Contained in Porous Media (1959) (27)
Application of the Bergman–Milton theory of bounds to the permittivity of rocks (1986) (21)
Early history of multiple scattering theory for ordered systems (1994) (19)
ELECTRON ENERGY BANDS OF ONE-DIMENSIONAL RANDOM ALLOYS (1961) (17)
Study of the Liquid-State Dynamics by Means of Magnetic Resonance and Dynamic Polarization (1971) (17)
The influence of pore geometry on the dielectric dispersion of clean sandstones (1984) (16)
Perturbation theory of antiferromagnetism (1960) (14)
On the Biot–Gassmann equations for the elastic moduli of porous rocks (Critical comment on a paper by J. G. Berryman) (1981) (12)
Dynamical Decomposition of a Large System (1964) (10)
On the theory of the reflection of sound by porous media (1945) (10)
Unitary Theory of Dynamic Polarization of Nuclear Spins in Liquids and Solids (1968) (10)
Anomalous Resistance of Noble Metals Containing Paramagnetic Ions (1951) (9)
A FOKKER-PLANCK EQUATION FOR SPIN RELAXATION (1962) (9)
Aberration-free image for SH reflection in transversely isotropic media (1987) (8)
Comment on the self‐consistent imbedding approximation in the theory of elasticity of porous media (1977) (7)
General theorems about homogeneous ellipsoidal inclusions (1978) (7)
Derivation of the Modified Bloch Equations for Spin Systems (1964) (6)
ON THE RESISTIVITY ANOMALIES IN SOME DILUTED ALLOYS (1956) (5)
Master of Modern Physics: The Scientific Contributions of H. A. Kramers, by Dirk ter Haar (1998) (4)
Spin Waves in an Antiferromagnet with S = 1 2 (1962) (4)
THEORY OF RELAXATION OF A TWO-SPIN SYSTEM (1962) (3)
Elastic properties of unconsolidated porous sand reservoirs; discussion and reply (1979) (3)
Variational Principle for Diffraction of Elastic Waves (1965) (3)
Stochastic Theory of Dynamic Spin Polarization in Viscous Liquids with Anisotropic Electron-Spin Relaxation (1971) (3)
PROPAGATING MODES OF A HETEROGENEOUS, MACRO-HOMOGENEOUS CONTINUUM (1972) (2)
Susceptibility and Entropy of F -Centers in Alkali Halides below 1°K (1956) (2)
Orientation of Nuclei by Saturation of Paramagnetic Resonance (1954) (2)
Classification of aberrations in rotationally symmetrical optical systems (1941) (2)
Multiple scattering theory and the self-consistent imbedding approximation (1980) (1)
Microwave properties of saturated reservoirs; discussion and reply (1984) (1)
On the theory of spin-lattice relaxation, with special reference to F-centers (1973) (1)
AN EXACT METHOD FOR TREATING THE ANTIFERROMAGNETIC GROUND STATE (2013) (0)
RESPONSE OF A LARGE SYSTEM TO A TIME-DEPENDENT EXTERNAL FIELD OF ARBITRARY STRENGTH. (1968) (0)
115. Dispersion of electron waves in a random lattice (1958) (0)
STUDY OF THE BEHAVIOR OF SOLIDS IN ALTERNATING AND CONSTANT MAGNETIC FIELDS (1962) (0)
ELECTRONIC ENERGY BAND STRUCTURE AND EXCITATION STATES IN METALS (1957) (0)
Kramers's ‘Influence’ was a Coincidence (1991) (0)
Anomalous properties of dilute alloys (1953) (0)
Book review (1989) (0)
POSITRONIUM AND DEMATERIALIZATION OF THE POSITRON (1952) (0)
Electron Resonance inFCenters (1954) (0)
Transfer of Classical Multiple Scattering theory to Quantal Multiple Scattering Theory (1991) (0)

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What Schools Are Affiliated With Jan Korringa?

Jan Korringa is affiliated with the following schools:

Jan Korringa's Academic­Influence.com Rankings