Nonlinear-response-function approach to binary ionic mixtures - Dynamical theory

Details Nonlinear-response-function approach to binary ionic mixtures - Dynamical theory Nonlinear-response-function approach to binary ionic mixtures - Dynamical theory

Sep 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985phrva..32.1669g&link_type=abstract

Physical Review A - General Physics, 3rd Series (ISSN 0556-2791), vol. 32, Sept. 1985, p. 1669-1692. Research supported by the A

Physics

General Physics

10

Binary Fluids, Coupled Modes, Plasma Dynamics, Plasma Waves, Polarization (Charge Separation), Strongly Coupled Plasmas, Bbgky Hierarchy, Correlation, Degenerate Matter, Ionic Diffusion, Nonlinear Equations, Plasma Frequencies, Plasma Radiation, Plasma Temperature, Stellar Cores, Plasma Kinetic Equations, Dielectric Properties, Thermodynamics Of Plasmas

Scientific paper

Using a nonlinear-response-function approach, Golden et al. (1985) have formulated a promising new dynamical theory of binary-ionic-mixture plasmas at arbitrary coupling. The plasma configuration of the present paper consists of two mobile classical ion species immersed in a uniform, inert, and neutralizing background. The extreme conditions of density and temperature for such a configuration are typical of degenerate stellar matter in which the electrons are highly degenerate and rigid, and in which the positive nuclei are fully pressure ionized. Examples include the interiors of carbon-oxygen stars in their helium shell-burning phase and certain type-I presupernova cores. Attention is given to correlation functions and response functions, velocity-average approximation (VAA) response-function relations, and aspects of collective-mode behavior.

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