Louis Smullin

Q: What Schools Are Affiliated With Louis Smullin

Louis Smullin is affiliated with the following schools: University of Michigan, Wayne State University, Massachusetts Institute of Technology

Louis Smullin's AcademicInfluence.com Rankings

Louis Smullin

Physics

#4093

World Rank

#5684

Historical Rank

#1410

USA Rank

physics Degrees

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Physics

Why Is Louis Smullin Influential?

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According to Wikipedia, Louis Dijour Smullin was an American electrical engineer who spend most of his career at the Massachusetts Institute of Technology . He is best known for his work with Giorgio Fiocco to measure the distance to the Moon using a ruby laser in 1962, shortly after that device was invented. Earlier, he had worked in the microwave radar field at the MIT Radiation Laboratory and was instrumental in creating the Lincoln Laboratory that carried on this work. Later he worked on developing instrumentation for nuclear fusion research and many other projects. He retired in 1986 but worked in the department until 2001.

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Louis Smullin'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

Detection of Scattering Layers in the Upper Atmosphere (60–140 km) by Optical Radar (1963) (230)
Beam‐Plasma Discharge: Buildup of Oscillations (1963) (97)
GENERATION OF A HOT, DENSE PLASMA BY A COLLECTIVE BEAM-PLASMA INTERACTION, (1962) (41)
Suppression of. omega. /sub c i/ instability in a mirror-confined plasma by injection of an electron beam (1978) (23)
Of an Electron Beam (1978) (18)
Propagation of Disturbances in One‐Dimensional Accelerated Electron Streams (1951) (17)
A Review of the Beam Plasma Discharge (1980) (13)
Microwave noise measurements on electron beams (1954) (10)
Lifelong Cooperative Education (1985) (7)
Plasmas and Controlled Nuclear Fusion (1972) (6)
Noise reduction in electron beams (1960) (6)
Comments on ``Energetic Electrons from a Beam Plasma Overstability'' (1965) (6)
Gas discharges in planar, low‐pressure thermionic diodes. II. Plasma regime (1979) (5)
Recent results on the beam-plasma discharge (1968) (4)
Gas discharges in planar low‐pressure thermionic diodes. I. Space‐charge regime (1979) (4)
The Offset Wave‐Guide Junction as a Reactive Element (1951) (4)
Insight versus Algorithms: A Leader's View (1971) (3)
The use of silicon point-contact rectifiers for modulating microwave signals (1948) (3)
Design of Tunable Resonant Cavities with Constant Bandwidth (1949) (3)
Coupling of Modes in Uniform, Composite Waveguides (1960) (3)
Shot Noise from Thermionic Cathodes (2003) (2)
Frequency tuning in the electroreceptive periphery. (1989) (2)
ION ENERGY ANALYSIS IN A BEAM--PLASMA DISCHARGE. (1968) (1)
Signal and Noise Propagation along Electron Beams (2003) (1)
Constance mirror program: Progress and plans (1981) (1)
Shot noise in beam type traveling-wave amplifiers (1949) (1)
Methods for preventing harmful oscillations in wave tubes (1948) (0)
Research in Microwave Electronics. (1962) (0)
Contributors (Jul. 1960 [T-MTT]) (1960) (0)
Propagation of disturbances in accelerated electron streams. I. One-dimensional accelerated streams. (1951) (0)
Plasma dynamics: section B (1980) (0)
Noise measurements on electron beams at 3000 MC (1959) (0)
Progress report: trajectory analysis of the electrons in a magnetron-type gun (1980) (0)
Noise in Grid-Control Tubes (2003) (0)
Use of an inexpensive solid state differential sensor as a 0–35 mbar pressure gauge (1995) (0)
Noise in Transistors (2003) (0)
Task I. Basic mirror studies. Task II. Basic tokamak studies. Annual progress report (1979) (0)
Session 36 Microwave devices and techniques (1963) (0)
VII . TRAVELING-WAVE TUBES (0)
Soviet emigrant fund imperiled (1976) (0)
Handbook of microwave measurements (1964) (0)
Basic mirror studies, task 1. Basic Tokamak studies, task 2 (1979) (0)
Education for life or life-long education? (2003) (0)
X-Band Beacon Reference Cavities (1946) (0)
Vii. Tube Research and Development A. Microwave Tubes 1. Electron Beam Studies A. Noise in Electron Beams (2009) (0)
Tube Research and Development (1951) (0)
Trajectory analysis of the electrons in a magnetron-type gun. Progress report (1980) (0)
Some measurements of the characteristics of a cutoff magnetron (1949) (0)
Excitation of quasi-electrostatic modes in a magnetized plasma by a modulated hollow E-beam (1982) (0)
Low-Frequency Noise in Vacuum Tubes (Flicker Effect) (2003) (0)
Low-Noise Traveling-Wave Tubes (2003) (0)
Suppression of W (sub ci) instability (1978) (0)
A Personal Appreciation of E. C. Subbarao (2004) (0)
Civilian technology development. (1990) (0)
A simple technique for measuring the density of a plasma in a metal box (1966) (0)

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Other Resources About Louis Smullin

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What Schools Are Affiliated With Louis Smullin?

Louis Smullin is affiliated with the following schools: