Results 291 to 300 of about 70,225 (338)
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Oscillations in Ionized Gases

Physical Review, 1929
A simple theory of electronic and ionic oscillations in an ionized gas has been developed. The electronic oscillations are so rapid (ca. ${10}^{9}$ cycles) that the heavier positive ions are unaffected. They have a natural frequency ${\ensuremath{\nu}}_{e}={(\frac{n{e}^{2}}{\ensuremath{\pi}m})}^{\frac{1}{2}}$ and, except for secondary factors, do not ...
Lewi Tonks, Irving Langmuir
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Ionization phenomena in gases

Nuclear Instruments and Methods, 1960
By Gordon Francis London: Butterworths Scientific Publications. Pp. vii + 300. Price 60s. The author makes it clear in his introduction that he has not attempted to follow the usual treatment given in books on ionization in gases and which normally follow a fairly regular and standard pattern, starting with single collision processes and working up to ...
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Partially Ionized Gases

Physics Bulletin, 1975
M Mitchner and Charles H Kruger Jr Chichester: J Wiley 1973 pp 518 price £13.95 Sandy Brown of MIT and his publishers (Wiley) have been encouraged by the enormous success of Basic Data of Plasma Physics to embark upon the Wiley Series in plasma physics which has now reached the dozen mark.
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Reactive Evaporation in Ionized Gases

Applied Optics, 1971
By conventional reactive evaporation techniques, films with a certain deviation from stochiometric composition and, therefore, increased absorptance and dielectric losses were obtained. By ionization of the residual gas a considerable increase of reactivity has been achieved.
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Dynamics of Ionized Gases

American Journal of Physics, 1961
The dynamics of a classical, ionized gas is presented in a way which stresses the role of individual particles in contributing to the gross behavior of the gas. An important distinction is drawn between a weakly ionized and a strongly ionized gas, and it is shown how the latter, through long-range interaction forces, exhibits the phenomenon of ...
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COLLISIONS IN IONIZED GASES

1966
Abstract : A study was made of the description and effects of particle interactions in ionized gases. The principal results are: (i) an expansion theorem for the linearized Fokker-Planck collision operator for each component of a two-component fully ionized gas, and (ii) a description of photon scattering from a partially ionized gas.
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Transport Properties in Ionized Gases

AIP Conference Proceedings, 1973
The various problems that arise in predicting the transport properties of dilute, collision‐dominated plasmas are reviewed. Particular attention is given to the choice of the kinetic equation for the velocity distribution functions, the collision cross sections needed in the computations, and the convergence of the calculational procedures at various ...
S. I. Sandler, Hugh C. Wolfe, J. Kestin
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Natural Ionization in Gases

Physical Review, 1926
Measurements of the pressure variation of the natural ionization in air, nitrogen, oxygen and carbon dioxide contained in a steel sphere of one foot inside diameter, made by H. F. Fruth for pressures from 1 to 75 atmospheres, were repeated with slight modifications.
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Transport Coefficients of Ionized Gases

The Physics of Fluids, 1967
The repulsive and attractive screened Coulomb potentials may be used to represent interactions among charged particles in a gas. The classical Chapman-Enskog collision integrals are calculated for these potentials over a wide range of reduced temperatures, equivalent to a wide range of electron densities and temperatures.
E. A. Mason   +2 more
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Binary Correlations in Ionized Gases

The Physics of Fluids, 1961
An equation of evolution for the binary distribution function in a classical homogeneous, non-equilibrium plasma is derived. It is shown that the asymptotic (long-time) solution of this equation is the Debye distribution, thus providing a rigorous dynamical derivation of the equilibrium distribution.
Balescu, Radu, Taylor, H.S.
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