Thomas H. Stix

Q: What Schools Are Affiliated With Thomas H. Stix

Thomas H. Stix is affiliated with the following schools: Princeton University, Columbia University

Thomas H. Stix's AcademicInfluence.com Rankings

Thomas H. Stix

Physics

#2138

World Rank

#3206

Historical Rank

#864

USA Rank

Nuclear Physics

#97

World Rank

#130

Historical Rank

#25

USA Rank

physics Degrees

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Physics

Thomas H. Stix's Degrees

PhD Physics Columbia University
Bachelors Physics Columbia University

Why Is Thomas H. Stix Influential?

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According to Wikipedia, Thomas Howard Stix was an American physicist. Stix performed seminal work in plasma physics and wrote the first mathematical treatment of the field in 1962's The Theory of Plasma Waves. History Born in St. Louis, Missouri, on July 12, 1924, Stix grew up near Washington University. The Stix family owned Rice-Stix Inc., a dry goods firm that was among the city's largest businesses at the turn of the 20th century. It continued operations until the 1950s. His family home on Forsyth Boulevard was eventually donated to Washington University and is now the Stix International House.

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Thomas H. Stix'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

The Theory Of Plasma Waves (1962) (1745)
Waves in plasmas (1992) (1138)
Fast-wave heating of a two-component plasma (1975) (606)
Radiation and absorption via mode conversion in an in homogeneous collisionfree plasma. (1965) (322)
Heating of toroidal plasmas by neutral injection (1972) (275)
Decay of poloidal rotation in a tokamak plasma (1973) (129)
Quasistatic formation of the spheromak plasma configuration (1981) (94)
Plasma transport across a braided magnetic field (1978) (86)
Ballooning Mode Stability of Bean-Shaped Cross Sections for High-β Tokamak Plasmas (1983) (80)
Production of Quiescent Discharge with High Electron Temperatures (1968) (79)
Current penetration and plasma disruption (1976) (79)
Magnetic braiding due to weak asymmetry (1976) (75)
THERMAL CONDUCTIVITY AND LOW FREQUENCY WAVES IN COLLISIONAL PLASMAS. (1970) (61)
Generation and Thermalization of Plasma Waves (1958) (58)
Magnetic braiding in a toroidal plasma (1973) (56)
Oscillations of a Cylindrical Plasma (1957) (54)
Stability of a toroidal plasma subject to neutral injection (1973) (50)
Experiments on Ion Cyclotron Resonance (1958) (47)
A Directional and Latitude Survey of Cosmic Rays at High Altitudes (1950) (39)
Stochastic instability of a nonlinear oscillator (1979) (37)
Absorption of Plasma Waves (1960) (34)
The Divertor, a Device for Reducing the Impurity Level in a Stellarator (1958) (34)
Energetic Electrons from a Beam‐Plasma Overstability (1964) (33)
Plasma science and the environment (1997) (33)
Waves in plasmas: Highlights from the past and present (1990) (31)
Experiments on Ion Cyclotron Waves (1961) (30)
Negatively Charged open-Ended Plasma to Strip and Confine Heavy Ions (1969) (25)
Finite‐Amplitude Collisional Drift Waves (1969) (24)
Observation of Ion Cyclotron Waves (1960) (21)
Some Toroidal Equilibria for Plasma under Magnetoelectric Confinement (1971) (19)
Primary Heavy Nuclei (1954) (14)
Propagation and mode conversion for waves in nonuniform plasmas (1982) (13)
Removal of chlorofluorocarbons from the Earth’s atmosphere (1989) (12)
RESONANT DIFFUSION OF PLASMA ACROSS A MAGNETIC FIELD. (1967) (11)
Stability of a Cold Plasma under Magnetoelectric Confinement (1971) (11)
TOROIDAL FUSION PLASMA WITH POWERFUL NEGATIVE BIAS. (1970) (11)
Relativistic cyclotron instabilities (1969) (10)
Ion Containment Sources (1972) (8)
Experiments with ion cyclotron resonance (1958) (8)
Build the International Thermonuclear Experimental Reactor (1996) (7)
Radio Frequency Heating of Plasmas Using Compressional Alfvén Waves (1984) (5)
Reply to Comments by L. D. Smullin (1965) (4)
On current penetration and plasma disruption (1975) (4)
Experiments on the Model C stellarator (1985) (4)
Ion cyclotron heating of a plasma (1961) (4)
The role of stochasticity in radiofrequency plasma heating (1979) (3)
Removal of chlorofluorocarbons from the troposphere (1993) (2)
FINITE-AMPLITUDE RESISTIVE DRIFT WAVES. (1968) (2)
ION BERNSTEIN WAVE HEATING VIA A WIDE kn-SPECTRUM WAVEGUIDE SYSTEM (1981) (2)
Stabilization of a Stellarator Plasma by Finite-Larmor-Radius and Ion-Ion-Collision Effects (1967) (1)
Aspects of stochastic heating (1976) (1)
Human rights and the arms race. (1985) (1)
Stochasticity and superadiabaticity in radiofrequency plasma heating (1979) (1)
Viscous current drive (1985) (0)
Lyman Spitzer Remembrance Session (1997) (0)
Transport of plasma across a braided magnetic field (1976) (0)
Fast-wave heating of a reactor plasma: consideration of two frequency regimes (1976) (0)
ITER Debaters Reply to Pro and Con Fusion Comments from Readers (1997) (0)
FINITE ION LARMOR RADIUS AND ION--ION COLLISION EFFECTS ON EQUILIBRIUM, CRITICAL FLUCTUATION, AND DRIFT-WAVE STATES OF ALKALI-METAL PLASMAS. (1968) (0)
PHYSICS OF RF HEATING. (1972) (0)
Robert A. Ellis Jr (1991) (0)
Recent developments in the radiofrequency and injection heating of plasmas (1976) (0)
SOFT- AND HARD-ONSET AND AMPLITUDE SATURATION OF COLLISIONAL DRIFT INSTABILITIES. (1969) (0)
Waves in plasmas: some historical highlights (1984) (0)
Generation of ion cyclotron and hydromagnetic oscillations in a cylindrical plasma (1958) (0)
HEATING A TOKAMAK PLASMA. (1972) (0)
Formation and maintenance of a tokamak discharge via dc helicity injection (1987) (0)
FORMATION AND MAINTENANCE OF A TOKAMAK DISCHARGE VIA DC HELICITY INJECTION By Ono, (2009) (0)
Human Rights and the Arms Race (1985) (0)
Plasma heating by neutral-injection and radiofrequency methods (1974) (0)

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What Schools Are Affiliated With Thomas H. Stix?

Thomas H. Stix is affiliated with the following schools:

Thomas H. Stix's Academic­Influence.com Rankings