Method of Integral Equations in Statistical Theory of Liquids

Kovalenko, N T; Fisher, I. Z.

doi:10.1070/pu1973v015n05abeh005016

Cited by 15 publications

(2 citation statements)

References 3 publications

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“…One can describe a substantially larger range of densities by the approximate methods developed in the theory of liquids; the method of integral equations, the pseudopotential method, the methods of molecular dynamics and the Monte Carlo method using computer simulation. 6 However, the reliable experimental data needed for a warranted choice of the pseudopotential and for checking the accuracy of the approximate methods at high pressures and temperatures are lacking. This hinders to a considerale extent the development of realistic models of a liquid that are valid up to the critical region or to the transition of the liquid to a plasma phase.…”

Section: Theoretical Models and Experimental Studies Of The Thermodynmentioning

confidence: 99%

“…6) The exponents in (4.6) are highly sensitive of the details of the procedure adopted for estimating E and to the values of the exponents in the approximate formulas for the pressure, the electron temperature, and the energy of the fast electrons. However, in all the physically reasonable variants of the estimate, the laser energy increases very rapidly with increasing pressure and wavelength.…”

Section: E \*S ~ P^o 1 'mentioning

confidence: 99%

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Application of high-power lasers to study matter at ultrahigh pressures

Anisimov¹,

Prokhorov²,

1984

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This article reviews the current status of studies by means of lasers of superdense nonideal plasmas. The main attention is paid to laser methods of generating plane steady-state shock waves with extremely high pressures. The role is discussed of various factors that complicate the design of laser experiments: generation of high-energy non-Maxwell electrons, plasma and hydrodynamic instabilities, restrictions on heat flux, etc. The advantages are pointed out of using highfrequency lasers and layered targets to obtain a plasma with extremal parameters.

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Section: Theoretical Models and Experimental Studies Of The Thermodynmentioning

confidence: 99%

Section: E \*S ~ P^o 1 'mentioning

confidence: 99%