Michał Gryziński

Q: What Schools Are Affiliated With Michał Gryziński

Michał Gryziński is affiliated with the following schools: Warsaw University of Technology, University of Warsaw

Michał Gryziński's AcademicInfluence.com Rankings

Michał Gryziński

Physics

#2769

World Rank

#4034

Historical Rank

physics Degrees

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Physics

Michał Gryziński's Degrees

PhD Physics University of Warsaw
Masters Physics University of Warsaw
Bachelors Physics University of Warsaw

Why Is Michał Gryziński Influential?

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According to Wikipedia, Michał Gryziński was a Polish nuclear physicist specialized in plasma physics. In 1965 he developed some widely used empirical models to reproduce some of the results of electron scattering experiments.

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Michał Gryziński'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

Classical Theory of Atomic Collisions. I. Theory of Inelastic Collisions (1965) (900)
Two-Particle Collisions. 1. General Relations for Collisions in the Laboratory System (1965) (434)
Two-Particle Collisions. II. Coulomb Collisions in the Laboratory System of Coordinates (1965) (265)
STOPPING POWER OF A MEDIUM FOR HEAVY CHARGED PARTICLES (1957) (43)
Radially Oscillating Electron-the Basis of the Classical Model of the Atom (1965) (31)
A concept of “free-fall” multi-electron atomic model (1973) (21)
“Free-fall” solution of the Kepler problem in the presence of the magnetic moment (1972) (19)
Intense ion beam generation in « RPI » and « SOWA » ion-implosion facilities (1982) (19)
Collisional ionisation and the atomic model (1986) (18)
Fusion Chain Reaction—Chain Reaction with Charged Particles (1958) (15)
Three-body analysis of electron-hydrogen atom collisions (1973) (15)
Classical theory of atomic collisions. II. Low energy scattering (1975) (13)
Pulse ion implantation - new single step doping technique (1981) (10)
Spin-dynamical theory of the wave-corpuscular duality (1987) (10)
Angular distribution of electrons ejected from helium by protons and the FF atomic model (1987) (10)
A new approach to photovoltaic junction formation by using pulse implantation doping technique (1982) (9)
Collisions between systems of Coulomb particles. I. Small‐angle scattering for time‐dependent fields (1975) (9)
RAMSAUER EFFECT AS A RESULT OF THE DYNAMIC STRUCTURE OF THE ATOMIC SHELL. (1970) (8)
Theory of inner shell ionisation by positrons (1993) (8)
Systematics of spectral lines and classical atom (1976) (7)
Ionization of atomic hydrogen by electron impact. Numerical calculations for the “free-fall” atomic model (1972) (7)
Probabilistic description of the electron motion in the Coulomb field of nucleus (1982) (6)
Differential scattering of electrons from atoms and molecules: I. General and exact binary-encounter approximation cross sections for three-dimensional transfer of energy and linear momentum from the incident electron to the electrons of the target (2000) (5)
Pulse Ion Beam Doping and Modification of Solids (1989) (5)
RESEARCH ON THE ROD PLASMA INJECTOR (RPI). (1969) (5)
Stationary Kepler orbits of the electron with velocity-dependent perturbations — classical quantization (1980) (5)
A NEW DEVICE FOR CREATING A STRONGLY FOCUSED HOT PLASMA JET: ROD PLASMA INJECTOR (RPI). (1969) (4)
Diamagnetism of matter and structure of the atom (1987) (3)
Theoretical description of collisions in plasma : classical methods (1979) (3)
Low energy scattering and the ’’free‐fall’’ atomic model (1975) (3)
The plasma focus-laser system - Theory and experiment (1975) (2)
Collisional slowing-down of ions in non-equilibrium plasma – failure of some commonly used approximations (1982) (2)
Dynamical model of the molecular bond (1994) (2)
Electronic structure of the H+2 molecule (1987) (2)
Plasma focus experiment (PF-150) (1974) (2)
Differential scattering with electron capture in the two-fixed center approximation (1973) (2)
Theory of electron catalyzed fusion in Pd lattice (2008) (2)
Cold fusion: what's going on? (1989) (1)
Fusion chain reaction-chain reaction with charged particles (1958) (1)
Alignment of hydrogen atoms in e+ and e− ionising collisions (1995) (1)
Role of Fusion Chain Reactions in the Nonstationary Evolution of Stars—Supernova Stars (1959) (1)
TIME BEHAVIOUR OF SPECTRAL LINES AND DYNAMICS OF PROCESSES IN THE ROD PLASMA INJECTOR (RPI). (1969) (0)
Nuclear fusion by cylindrical ion implosion (1979) (0)
K-shell ionization probability for the free-fall atomic model (1977) (0)
High intensity pulsed ion beams in the surface modification of solids-experiments carried out in Poland (1991) (0)
Basic relations for Coulomb interaction and its application to atomic collisions (1963) (0)
Laser Plasma Fusion (Report on the Eighth International Conference, Rynia near Warsaw, Poland 19-23 May 1975) (1975) (0)
UKLAD EKSPERYMENTALNY Z PRETOWYM DZIALEM PLASMOWYM ''DP''. (An Experimental Device With the Rod Plasma Gun ''DP''). (1966) (0)

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What Schools Are Affiliated With Michał Gryziński?

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Michał Gryziński's Academic­Influence.com Rankings