Classical-map hypernetted-chain method: Difference between revisions

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Revision as of 00:19, 28 April 2010

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{{for|the Canadian radio station|CHNC-FM }}

The '''classical-map hyper-nettedhypernetted-chain method''' ('''CHNC method''') is a method used in [[many-body problem|many-body]] [[theoretical physics]] for interacting uniform [[electron liquid]]s in two and three dimensions, and for interacting [[hydrogen plasma]]s. The method extends the famous [[hyperHypernetted-nettedchain equation|hypernetted-chain method]] (HNC) introduced by [[J. M. J van Leeuwen]] et al.<ref>

{{cite journal

|author=J.M.J. van Leeuwen, J. Groenveld, J. de Boer

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|volume=25 |page=792

|doi=

}}</ref> to [[quantum fluid]]s as well. The classical HNC, together with the [[Percus–YevikPercus–Yevick equationapproximation]], are the two pillars which bear the brunt of most calculations in the theory of interacting [[classical fluids]]. Also, HNC and PY have become important in providing basic reference schemes in the theory of fluids,<ref>

{{cite book

|author=R. Balescu