Projection operator techniques have been applied to derive a coupled set of exact kinetic equations describing microscopic density fluctuations in an infinite, fully‐ionized, classical plasma in thermal equilibrium. The time dependence of the nonlocal collision terms in these equations is then approximated in such a way as to yield the correct short and long time behavior of density fluctuations, while allowing the explicit calculation of the dynamic structure factor S (k ,ω)S(k,ω) characterizing electron density fluctuations in classical plasmas of arbitrary density. This theory is then applied to analyze light scattering from dense, collision‐dominated plasmas, and the results of these calculations are found to compare favorably with both...
The dynamic structure factor of dense two-component plasmas is studied within the method of moments....
The interaction of matter with radiation concerns almost every area in physics. The exposure of matt...
A brief description of the statistical mechanics of reacting, dense, plasmas is given. The results d...
This investigation develops a set of exact kinetic equations describing density fluctuations in many...
Abstract-This investigation develops a set of exact kinetic equations describing density fluctuation...
Abstract. In dense plasmas atomic excitation rates arising from scattering between atoms and surroun...
The one component plasma (OCP) is an idealized model of strongly coupled plasmas that exist in natur...
Derivation of the dynamic structure factor, an important parameter linking experimental and theoreti...
A theory of thermal fluctuations in plasmas is developed based on a probability ensemble for one-par...
The dielectric function of dense plasmas is treated within a many-particle linear response theory be...
Motivation for the study of hot, dense ($\sim$solid density) plasmas has historically been in connec...
In dense plasmas atomic excitation rates arising from scattering between atoms and surrounding plasm...
The details of the absorption of electromagnetic radiation in a plasma are important to the physics...
We present analytical expressions for the dynamic structure factor, or form factor S(k,omega), which...
In warm dense matter (WDM) and dense plasma physics, Density Functional Theory (DFT) has become a st...
The dynamic structure factor of dense two-component plasmas is studied within the method of moments....
The interaction of matter with radiation concerns almost every area in physics. The exposure of matt...
A brief description of the statistical mechanics of reacting, dense, plasmas is given. The results d...
This investigation develops a set of exact kinetic equations describing density fluctuations in many...
Abstract-This investigation develops a set of exact kinetic equations describing density fluctuation...
Abstract. In dense plasmas atomic excitation rates arising from scattering between atoms and surroun...
The one component plasma (OCP) is an idealized model of strongly coupled plasmas that exist in natur...
Derivation of the dynamic structure factor, an important parameter linking experimental and theoreti...
A theory of thermal fluctuations in plasmas is developed based on a probability ensemble for one-par...
The dielectric function of dense plasmas is treated within a many-particle linear response theory be...
Motivation for the study of hot, dense ($\sim$solid density) plasmas has historically been in connec...
In dense plasmas atomic excitation rates arising from scattering between atoms and surrounding plasm...
The details of the absorption of electromagnetic radiation in a plasma are important to the physics...
We present analytical expressions for the dynamic structure factor, or form factor S(k,omega), which...
In warm dense matter (WDM) and dense plasma physics, Density Functional Theory (DFT) has become a st...
The dynamic structure factor of dense two-component plasmas is studied within the method of moments....
The interaction of matter with radiation concerns almost every area in physics. The exposure of matt...
A brief description of the statistical mechanics of reacting, dense, plasmas is given. The results d...