Max Krook | Academic Influence

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Max Krook

Physics

#2684

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physics Degrees

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Physics

Max Krook's Degrees

PhD Physics Stanford University

Why Is Max Krook Influential?

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According to Wikipedia, Max Krook was an American mathematician and astrophysicist. Krook was born in Standerton, South Africa, the son of Pesach Israel Krook and Leah Krook. An undergraduate at the University of the Witwatersrand, Krook received a doctorate in mathematics from Cambridge University in England in 1938 under the supervision of Arthur Eddington. He was subsequently recruited to Birmingham University by Rudolf Peierls.

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Max Krook'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

A Model for Collision Processes in Gases. I. Small Amplitude Processes in Charged and Neutral One-Component Systems (1954) (7093)
Model for Collision Processes in Gases: Small-Amplitude Oscillations of Charged Two-Component Systems (1956) (221)
Formation of Maxwellian Tails (1976) (191)
Exact solutions of the Boltzmann equation (1977) (168)
Continuum equations in the dynamics of rarefied gases (1959) (38)
Dynamics of Rarefied Gases (1955) (34)
Diffusion and Severing of Magnetic Lines of Force. (1956) (24)
Exact Solution of Boltzmann Equations for Multicomponent Systems (1977) (22)
The Temperature Distribution in a Stellar Atmosphere. (1963) (21)
On the nature of solar activity. (1957) (11)
The sedimentation of grains in interstellar clouds. (1978) (11)
Structure of shock fronts in lonized gases (1959) (9)
A KINETIC APPROACH TO COLLISION PROCESSES IN GASES. I. SMALL AMPLITUDE PROCESSES IN CHARGES AND NEUTRAL ONE COMPONENT SYSTEMS (1953) (8)
Ionisation in Stellar Atmospheres (1938) (5)
A Perturbation Method for Non-Gray Stellar Atmospheres. (1963) (4)
“Turbulence”, kinetic temperature, and electron temperature in stellar atmospheres☆ (1955) (3)
Torsional oscillations and solar magnetic fields (1955) (3)
A rapidly convergent iterative procedure for the calculation of the temperature-pressure relation in a stellar atmosphere (1963) (3)
The origin and evolution of sunspots. (1955) (2)
Continuous γ-Emission in Neutron-Proton Collisions (1949) (2)
On the theory of solar radio bursts. (1957) (1)
DYNAMICS OF IONIZED MEDIA. (PRELIMINARY REPORT). Scientific Report No. 3 (1952) (1)
Thermal Effects of Submerged Horizontal Flux Tubes (1986) (1)
Structure of Stellar Atmospheres. III (1959) (1)
10. INTERSTELLAR MATTER AND THE SOLAR CONSTANT (1953) (1)
Kinetic temperature, electron temperature and turbulence in stellar atmospheres. (1953) (0)
Currents and charges on cylinders in a parallel-plate transmission line. Final report 30 jun 76-30 jun 79 (1979) (0)
Star models with high central concentration of density (1936) (0)
A New Soluble Case of the Equation of Transfer for a Line Frequency (1938) (0)
64. On the origin of solar radio noise (1957) (0)
On the Solution of Scattering and Related Problems (1948) (0)
Mechanisms in prominence activity (1955) (0)
RESEARCH IN MAGNETOHYDRODYNAMICS AND ITS ASTROPHYSICAL APPLICATIONS (1963) (0)
Fields and currents and charges on obstacles in a parallel-plate simulator at selected frequencies and with pulse excitation. Final report, 2 February 1981-1 May 1983 (1983) (0)

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