Marvin Chodorow

Q: What Schools Are Affiliated With Marvin Chodorow

Marvin Chodorow is affiliated with the following schools: University at Buffalo, University of California, San Diego, Stanford University, Pennsylvania State University, Massachusetts Institute of Technology

Marvin Chodorow's AcademicInfluence.com Rankings

Marvin Chodorow

Physics

#3289

World Rank

#4706

Historical Rank

#1217

USA Rank

physics Degrees

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Physics

Why Is Marvin Chodorow Influential?

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According to Wikipedia, Marvin Chodorow was an American physicist who pioneered in uses of Klystron microwave tubes. Chodorow was a member of the National Academy of Sciences and the National Academy of Engineering . Chodorow was the founding chairman of the department of applied physics of the Stanford University.

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Marvin Chodorow'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

All-single-mode fiber resonator. (1982) (426)
All-fiber stimulated Brillouin ring laser with submilliwatt pump threshold. (1982) (189)
A high-efficiency klystron with distributed interaction (1961) (108)
Fundamentals of Microwave Electronics (1964) (100)
Stanford High‐Energy Linear Electron Accelerator (Mark III) (1955) (97)
Handbook of Microwave Measurements. (1964) (67)
Sensitive all-single-mode-fiber resonant ring interferometer (1983) (49)
Cross‐Wound Twin Helices for Traveling‐Wave Tubes (1955) (47)
Design and Performance of a High-Power Pulsed Klystron (1953) (44)
Electronic Energy Bands in Metallic Tungsten (1939) (39)
An extended-interaction klystron: Efficiency and bandwidth (1966) (37)
Progress and Its Discontents (1982) (36)
The Design of High-Power Traveling-Wave Tubes (1956) (27)
3.2 - Acoustic wave amplitude modulation of a multimode ring laser (1967) (26)
Some New Circuits for High-Power Traveling-Wave Tubes (1957) (25)
Re-Entrant Fiberoptic Approach To Rotation Sensing (1978) (19)
High resolution optical ranging system. (1980) (16)
Electron-Stream Interaction with Plasmas. Richard J. Briggs. M.I.T. Press, Cambridge, Mass., 1964. xii + 187 pp. Illus. $7.50 (1965) (15)
Oblique, off‐specular, linear, and nonlinear observations with a scanning micron wavelength acoustic microscope (1985) (10)
Development and test of a 500-kW, 8-GHz gyrotron (1993) (10)
A Floating-Drift-Tube Klystron (1953) (9)
Phase modulation of a ring-laser gyro - Part II: Experimental results (1972) (9)
Development of High-Power Pulsed Klystrons for Practical Applications (1959) (9)
OPTICAL DAMAGE IN KDP (1970) (9)
A Microwave Impedance Bridge (1949) (8)
Velocity Modulated Tubes (1951) (8)
Debunching of Electron Beams Constrained by Strong Magnetic Fields (1953) (7)
Oblique incidence reflection acoustic imaging (1980) (7)
Nonlinear acoustic off‐axis imaging (1980) (7)
The design and characteristics of a megawatt space-harmonic traveling-wave tube (1959) (6)
Energy Bands in the Body-Centered Lattice (1937) (5)
Current Distribution in Modulated Magnetically Focused Electron Beams (1958) (5)
Space-Charge Effects in Reflex Klystrons (1951) (4)
Off-Specular, Linear and Nonlinear Observations with a Scanning Acoustic Microscope (1984) (3)
Design and test of an 8 GHz, 500 kW, side-coupled gyrotron (1988) (2)
The radio-frequency current distribution in Brillouin flow (1959) (2)
Effects of electron beam confinement on klystron efficiency (1962) (2)
Electron Physics Research. (1969) (1)
Instrumentation for acoustical discrimination of biological cells (1977) (1)
Microwave Device Techniques for Aerospace Surveillance (1968) (1)
16 – Electron Tubes (2002) (1)
Examination of a General Method of Calculating Energy Bands of Crystals with Particular Application to Metallic Copper. (1939) (1)
Standard Techniques: Handbook of Microwave Measurements . vols. 1-3. Max Sucher and Jerome Fox, Eds. Polytechnic Press, Brooklyn, N.Y., ed. 3, 1963 [order from Interscience (Wiley), New York]. 1216 pp. Illus. Set, $40. (1964) (1)
Microwave tubes and semiconductor devices, G. D. Sims and I. M. Stephenson (1964) (1)
New Approaches to Optical Systems for Inertial Rotation Sensing. (1981) (1)
The centipede high-power traveling-wave tube (1960) (1)
Surface Wave Parametric Processors and Long Delay Lines. (1972) (0)
Frederick E. Terman (1983) (0)
High-power microwave tubes (1958) (0)
Optimization of klystron parameters for high-efficiency operation (1959) (0)
Microwave tubes: Proceedings of the Fifth International Congress, Sept. 1964. Dunod, Editor. 528 pages, diagrams, illustr. 8 × 12 in. New York, Academic Press, Inc., 1965. Price, $55.00 (1966) (0)
An attenuation modes for cavities of gyrotrons (1982) (0)
What has Happened to the Idea of Progress?@@@Progress and Its Discontents. (1984) (0)
Abramovitz. Moses ( 1958) ·Economic Goals and Social Welfare in the Next (1999) (0)
Program of the meeting (2012) (0)
Normal mode theory for electron-beam plasma amplification (1963) (0)
17 – Power Grid-Tube Circuits (2002) (0)
JSEP Achievements 1961-1978 (Update of 15-Year Report dated September 1976). (1979) (0)
MULTIMEGAWATT BROADBAND MICROWAVE TUBES (1964) (0)
INTERACTION OF MICROWAVES WITH MATTER. (1962) (0)
A high-power electron stick (1966) (0)
Theoretical and Experimental Investigations of Collective Microwave Phenomena in Solids Semiannual Status Report, 1 Oct. 1967 - 31 Mar. 1968 (1966) (0)
Applied Physics: Electron-Stream Interaction with Plasmas . Richard J. Briggs. M.I.T. Press, Cambridge, Mass., 1964. xii + 187 pp. Illus. $7.50. (1965) (0)
STUDIES OF PLASMA OSCILLATIONS (1963) (0)
Index for Volume 77 (1983) (0)
The Propagation and Interactions of Electromagnetic Waves and Acoustic Waves in Solids. (1971) (0)
Book Reviews (1938) (0)
Electronic tube with transverse interaction cyclotron type (1983) (0)
The Progress and Problems of Science (1983) (0)
Fiber Optical verstaerker. (1983) (0)
Design and test of an 8 GHz, 500 kW, side-coupled gyrotron (1989) (0)
Microwave Acoustic and Bulk Device Technique Studies. (1972) (0)
MICROWAVE ACOUSTICS: ELECTROACOUSTIC AMPLIFICATION AND MICROWAVE SIGNAL PROCESSING. (1968) (0)
Acoustic Surface Wave Research. (1971) (0)
Dispositif de suppression de modes pour cavites de gyrotron (1982) (0)
PLASMAS AND THE HYPERFREQUENCY ENGINEER (1965) (0)
MULTIMEGAWATT BROADBAND MICROWAVE TUBES AND RELATED STUDIES (1965) (0)
Research Support and Publications Activity for the Edward L. Ginzton Laboratory (1978) (0)
GENERAL STUDIES IN HIGH-POWER MICROWAVE CONCEPTS (1962) (0)
Joint Services Electronics Program of the Edward L. Ginzton Laboratory of Stanford University. (1979) (0)
Propagation and Variable Delay on a Periodic Circuit of YIG Spheres (1967) (0)
STUDIES OF PLASMA OSCILLATIONS. Quarterly Status Report No. 28, September 1, 1966--November 30, 1966. (1966) (0)
RESEARCH AND INVESTIGATION OF SELECTED MICROWAVE PROBLEMS. (1964) (0)

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What Schools Are Affiliated With Marvin Chodorow?

Marvin Chodorow is affiliated with the following schools: