2006
DOI: 10.1088/0305-4470/39/17/s01
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The method of effective potentials in the quantum-statistical theory of plasmas

Abstract: We provide a survey of the concept and several successful applications of effective potentials. After introducing Kelbg's expression we discuss several useful approximations and additional generalizations including non-diagonal expressions. Finally, we present the recent results concerning non-diagonal contributions and the relation to effective interactions arising from the dynamics of Gaussian wave packets.

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Cited by 42 publications
(45 citation statements)
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“…40,41 which puts another lower bound on the number of time slices n. For a discussion of other effective potentials, we refer to Refs. 24,37,40,41 .…”
Section: Pair Approximation and Kelbg Potentialmentioning
confidence: 99%
“…40,41 which puts another lower bound on the number of time slices n. For a discussion of other effective potentials, we refer to Refs. 24,37,40,41 .…”
Section: Pair Approximation and Kelbg Potentialmentioning
confidence: 99%
“…В этом случае волновая функция частиц локализуется за счет взаимодействия с термостатом, что приводит к смешанному состоянию волновых пакетов. Таким образом, квазиклассическое описание, исполь-зуемое при численных расчетах в молекулярной динамике, также становится фун-даментальным, по крайней мере для тяжелых компонент [19], [20].…”
Section: к гокке г рёпкеunclassified
“…Мы предполагали только, что окружение находится в стационарном состо-янии, свойства которого не зависят от состояния редуцированной системы. Однако ядро интеграла в (19),…”
Section: к гокке г рёпкеunclassified
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