Titlebook: Strongly Coupled Plasma Physics; Forrest J. Rogers,Hugh E. Dewitt Book 1987 Plenum Press, New York 1987 Plasma.ion.plasma physics.scatteri

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A High-Γ, Strongly-Coupled, Non-Neutral Ion Plasmafined by a Penning trap [Penning 1936, Dehmelt 1967, 1969, Wineland et al. 1983] and cooled and compressed using laser cooling [Itano and Wineland 1982]. Measurements were made of the plasma shape, rotation frequency, density and temperature. In this paper we describe the experimental confinement ge

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Laser Scattering Measurements of Thermal Entropy and Ion-Acoustic Fluctuations in Collision-Dominateproportional to the dynamic spectral density function S(.,ω) of the plasma. Furthermore, S(.,ω) is the Fourier transform of the spatial two-particle correlation function. As a result, scattering experiments, in addition to measuring the density fluctuation spectrum of the plasma, also obtain valuabl

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Shock Waves and Thermodynamics of Strongly Compressed Plasmas of physical properties. and practical applications in some modern high energy installations and astrophysical projects.. The physical properties of plasmas are greatly simplified at extremely high pressures and temperatures, when the kinetic energy of particles considerably exceeds that of interpar

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Two-Component Plasmas in Two and Three Dimensionsonding number densities n. = N./Ω satisfy the charge neutrality requirement.We shall be mostly concerned with point charges, and more specifically with fully stripped ions (q. = + ze) and electrons (q. = - e, where e is the elementary charge); the interaction is then purely Coulombic and the total H

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