Yukawa closure: Difference between revisions

Revision as of 14:36, 27 February 2007

g_{ij}(r)\equiv h_{ij}(r)+1=0~~~~~~~~r<\sigma _{ij}=(\sigma _{i}+\sigma _{j})/2

and

c_{ij}(r)=\sum _{n=1}{\frac {K_{ij}}{r}}e^{-z_{n}r}~~~~~~\sigma _{ij}<r

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	The ~~'''~~Yukawa~~'''~~ closure for [[hard sphere]]s is		The [[Yukawa]] closure for [[hard sphere]]s is

	:<math>g_{ij}(r) \equiv h_{ij}(r) +1=0 ~~~~~~~~ r < \sigma_{ij} = (\sigma_i + \sigma_j)/2</math>		:<math>g_{ij}(r) \equiv h_{ij}(r) +1=0 ~~~~~~~~ r < \sigma_{ij} = (\sigma_i + \sigma_j)/2</math>