M. Stanley Livingston | Academic Influence

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M. Stanley Livingston

Physics

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Physics

M. Stanley Livingston's Degrees

PhD Physics University of California, Berkeley

Why Is M. Stanley Livingston Influential?

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According to Wikipedia, Milton Stanley Livingston was an American accelerator physicist, co-inventor of the cyclotron with Ernest Lawrence, and co-discoverer with Ernest Courant and Hartland Snyder of the strong focusing principle, which allowed development of modern large-scale particle accelerators. He built cyclotrons at the University of California, Cornell University and the Massachusetts Institute of Technology. During World War II, he served in the operations research group at the Office of Naval Research.

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M. Stanley Livingston'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

Nuclear Physics C. Nuclear Dynamics, Experimental (1937) (471)
THE STRONG-FOCUSING SYNCHROTRON-A NEW HIGH ENERGY ACCELERATOR (1952) (290)
The Production of High Speed Light Ions Without the Use of High Voltages (1931) (247)
Range and Specific Ionization of Alpha-Particles (1938) (84)
High-Energy Accelerators (1955) (58)
REVIEW OF BOOK: PARTICLE ACCELERATORS (1962) (35)
The Multiple Acceleration of Ions to Very High Speeds (1934) (26)
Origin of the 'strong-focusing' principle (1953) (22)
The Disintegration of Lithium by Swiftly-Moving Protons (1932) (21)
A Capillary Ion Source for the Cyclotron (1939) (21)
The Development of High-Energy Accelerators (1967) (21)
Design Study for a Three‐Bev Proton Accelerator (1950) (20)
Artificial Radioactivity Produced by Deuton Bombardment (1934) (19)
The Emission of Alpha-Particles from Various Targets Bombarded by Deutons of High Speed (1933) (17)
Early History of Particle Accelerators (1980) (17)
Particle Accelerators: A Brief History (1969) (14)
The Cyclotron. I (1944) (14)
The Magnetic Resonance Accelerator (1936) (13)
The Production of Radioactive Oxygen (1934) (11)
The Excitation of Characteristic X-Rays by Protons (1937) (11)
Ion Sources for Cyclotrons (1946) (11)
The Emission of Protons from Various Targets Bombarded by Deutons of High Speed (1933) (11)
The Cyclotron. II (1944) (10)
The Emission of Protons and Neutrons from Various Targets Bombarded by Three Million Volt Deutons (1934) (9)
Neutrons from Beryllium Bombarded by Deutons (1933) (8)
The Production of high velocity hydrogen ions without the use of high voltages (1931) (8)
A Radio Frequency High Voltage Apparatus for X-Ray Therapy (1935) (7)
Instrumentation of the M. I. T. cyclotron for the study of nuclear reactions. (1951) (7)
Slow Neutron Disintegration of B 10 and Li 6 (1938) (7)
Part I, History of the cyclotron (1959) (7)
Radioactivity Artificially Induced by Neutron Bombardment. (1934) (6)
Neutrons from Deutons and the Mass of the Neutron (1933) (6)
The History of the Cyclotron (1975) (6)
LAMPF: a nuclear research facility (1977) (6)
On the Hypothesis of the Instability of the Deuton (1934) (6)
Some Direct Evidence on the Magnetic Moment of the Neutron (1937) (6)
Artificial Radioactivity Produced by the Deuteron Bombardment of Nitrogen (1935) (5)
The Disintegration of Deutons by High Speed Protons and the Instability of the Deuton (1934) (5)
Basic Bethe : seminal articles on nuclear physics, 1936-1937 (1986) (5)
A Method for the Determination of the Selective Absorption Regions of Slow Neutrons (1936) (5)
A SEARCH FOR SHORT PERIOD ACTIVITIES FROM U$sup 235$ FISSION PRODUCTS (1951) (4)
ORIGINS AND HISTORY OF THE LOS ALAMOS MESON PHYSICS FACILITY. (1972) (4)
The Transmutation of Fluorine by Proton Bombardment and the Mass of Fluorine 19 (1934) (4)
Particle Physics; the High-Energy Frontier (1968) (4)
Proton-Proton Colliding-Beam Storage Rings for the National Accelerator Laboratory: Design Study 1968 (1968) (3)
The Production of 4,800,000-Volt Hydrogen Ions (1933) (3)
The Neutron Absorption Limit in Cadmium (1937) (3)
Angular Distribution of Slow Neutrons from a Paraffin Surface (1938) (3)
High Energy Accelerators: Synchrocyclotron (1952) (3)
Nuclear physics : reviews of modern physics (1942) (2)
High Energy Accelerators: Standard Cyclotron (1952) (2)
Cyclotron Targets: Preparation and Radiochemical Separation. II. Krypton (1944) (2)
The Cambridge Electron Accelerator: This 6-billion-volt machine will be the world's highest energy electron synchrotron. (1961) (2)
Magnet. Part V—Coil (1953) (2)
Beam storage in the cambridge electron accelerator. (1966) (1)
The Future of Electron Synchrotrons (1965) (1)
Measurement of Magnetic Field Gradients (1955) (1)
SUMMARY OF RESEARCH OPERATIONS AT THE CAMBRIDGE ELECTRON ACCELERATOR (1966) (1)
4 The Story of Alternating-Gradient Focusing (1969) (0)
3 Synchronous Accelerators and How They Grew (1969) (0)
High energy electron accelerators (1964) (0)
SEMI-ANNUAL REPORT FOR THE PERIOD JANUARY 1 THROUGH JUNE 30, 1966. (1966) (0)
BOOK AND FILM REVIEWS: An Introduction to Particles: Particle Physics, the High Energy Frontier (1969) (0)
DEVELOPMENT OF ACCELERATOR MAGNETS. (1970) (0)
COSMOTRON MAGNET. PART 5. COIL (1953) (0)
Appendix: Chronology of Development of Particle Accelerators (1969) (0)
RESEARCH WITH 6-Gev CAMBRIDGE ELECTRON ACCELERATOR (1964) (0)
Early Development of Particle Accelerators (1959) (0)
5 Origins of the Cambridge Electron Accelerator (1969) (0)
SEMI-ANNUAL REPORT FOR THE PERIOD JANUARY 1 TO JUNE 30, 1963 (1963) (0)
CAMBRIDGE ELECTRON ACCELERATOR EXPLOSION ON MONDAY, JULY 6, 1965 (1965) (0)
High Energy Accelerators: Proton Synchrotron (1952) (0)
A Correlation of Nuclear Disintegration Processes (1935) (0)
Employment problems ofyoung physicists (1955) (0)
Science and Security (1955) (0)
BOOKS: The Development of High Energy Accelerators (1967) (0)
American 200 GeV Accelerator (1969) (0)
The development of high-energy acccelerators (1966) (0)
2 Ernest Lawrence and the Cyclotron - An Anecdotal Account (1969) (0)
Beam Storage in the Cambridge Electron Accelerator (1966) (0)
Shielded milling machine for cyclotron targets. (1951) (0)
6 The 200-GeV Accelerator (1969) (0)

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