John H. Malmberg

Q: What Schools Are Affiliated With John H. Malmberg

John H. Malmberg is affiliated with the following schools: California Institute of Technology, University of California, San Diego, Stanford University, University of Illinois Urbana-Champaign

John H. Malmberg's AcademicInfluence.com Rankings

John H. Malmberg

Physics

#8078

World Rank

#10203

Historical Rank

#1879

USA Rank

physics Degrees

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Physics

John H. Malmberg's Degrees

Masters Physics Stanford University
Bachelors Physics California Institute of Technology

Why Is John H. Malmberg Influential?

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According to Wikipedia, John Holmes Malmberg was an American plasma physicist and a professor at the University of California, San Diego. He was known for making the first experimental measurements of Landau damping of plasma waves in 1964, as well as for his research on non-neutral plasmas and the development of the Penning–Malmberg trap.

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John H. Malmberg'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

Nonlinear Interaction of a Small Cold Beam and a Plasma (1971) (347)
Properties of nonneutral plasma (1975) (171)
Long-Time Containment of a Pure Electron Plasma (1980) (152)
PLASMA WAVE ECHO. (1967) (145)
Transition of the Dispersion Roots from Beam‐Type to Landau‐Type Solutions (1968) (140)
COLLISIONLESS DAMPING OF ELECTROSTATIC PLASMA WAVES (1964) (139)
Nonlinear Development of the Beam‐Plasma Instability (1970) (123)
Nonlinear Effects of Large‐Amplitude Plasma Waves (1968) (96)
Pure electron plasma, liquid, and crystal (1977) (92)
DISPERSION OF ELECTRON PLASMA WAVES (1966) (91)
Parallel energy analyzer for pure electron plasma devices (1992) (86)
Plasma wave echo experiment (1968) (83)
Collisionless Damping of Large-Amplitude Plasma Waves (1967) (78)
Length-Dependent Containment of a Pure Electron-Plasma Column (1983) (76)
Reduction of radial losses in a pure electron plasma (1986) (63)
Resistive-wall destabilization of diocotron waves (1982) (57)
Millimicrosecond Duration Light Source (1957) (57)
Wave-induced transport in the pure electron plasma (1977) (57)
Temperature and anisotropic-temperature relaxation measurements in cold, pure-electron plasmas (1996) (56)
Spatial Growth of Waves in a Beam‐Plasma System (1969) (50)
Destruction of trapping oscillations (1978) (49)
Observation of plasma wave echoes (1968) (48)
Experiments With Pure Electron Plasmas (1988) (39)
Experimental test of quasilinear theory (1989) (38)
Collective Enhancement of Radial Transport in a Nonneutral Plasma (1984) (34)
A nonlinear diocotron mode (1986) (23)
Destruction of trapped-particle oscillations (1977) (22)
Nonlinear wavenumber of an electron plasma wave (1976) (20)
Launched waves on a beam--plasma system (1973) (19)
Wave enhancement due to a static electric field (1984) (18)
Microwave Scattering from Plasma Waves (1968) (16)
Measurement of Velocity Space Diffusion using the Plasma Wave Echo (1969) (13)
Nonlinear Wave Number of an Electron Plasma Wave (1975) (10)
Experiment on sideband dispersion (1978) (10)
Hollow electron column from an equipotential cathode (1976) (10)
High Frequency Inductance of a Torus (1965) (9)
Effect of a Static Electric Field on the Trapping of Beam Electrons in a Slow Wave Structure (1982) (8)
Magnetic Probe Resolution (1964) (7)
Small Angle Photoproduction of Positive Pions from Hydrogen at 225 MEV (1957) (6)
Collisional Relaxation of a Strongly Magnetized Pure Electron Plasma (Theory and Experiment) (1990) (5)
Trapped particle sideband studies (1989) (5)
Controlled production of warm electron beams (1996) (4)
Modified rf interferometer for relative phase measurements (1975) (4)
Some recent results with nonneutral plasmas (1992) (4)
Arbitrary waveform generator for turbulence experiments (1986) (3)
Curve resolver for mixtures of damped sine waves. (1969) (1)
TABLES OF NUCLEAR REACTION KINEMATICS AT RELATIVISTIC ENERGIES (1953) (1)
Experimental Study of the Nonlinear Interaction Between a Warm Electron Beam and a Single Wave (1989) (0)
Waveform simulator synthesizes complex functions (1970) (0)
Pure electron plasmas near thermal equilibrium (1990) (0)
Studies of plasma transport. Annual summary of progress, July 1991--July 1992 (1991) (0)
EXPERIMENTAL INVESTIGATION OF THE FUNDAMENTAL MODES OF A COLLISIONLESS PLASMA. Quarterly Report No.3, September 11-December 10, 1964 (1964) (0)
Final technical report on studies of plasma transport (1997) (0)
STUDY OF PLASMA TURBULENCE. Final Report, April 24, 1962--September 19, 1965. (1966) (0)
Studies of plasma transport (1991) (0)
A STUDY OF PLASMA TURBULENCE. (1966) (0)
Dispersion and growth of beam-induced plasma waves near their non-linear limit (1968) (0)
EXPERIMENTAL INVESTIGATION OF THE FUNDAMENTAL MODES OF A COLLISIONLESS PLASMA. Annual Summary Report, March 10, 1964-March 31, 1965 (1965) (0)
Experimental investigation of the fundamental modes of a collisionless plasma Final report, 10 Mar. 1964 - 31 Oct. 1967 (1967) (0)
Waveform simulator Patent (1971) (0)
Cyclotron waves in a collisionless plasma. (1966) (0)
THEORY AND MEASUREMENT OF THE PERTURBATION IN THE ELECTRON VELOCITY DISTRIBUTION CAUSED BY A LANDAU DAMPED WAVE. (1969) (0)

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What Schools Are Affiliated With John H. Malmberg?

John H. Malmberg is affiliated with the following schools:

John H. Malmberg's Academic­Influence.com Rankings