Radial distribution function: Difference between revisions

Revision as of 17:15, 26 July 2006

Revision as of 06:12, 27 December 2006

Line 1:

{{cleanup-dateCleanup|March 2006}}

In [[computational mechanics]] and [[statistical mechanics]], a '''radial distribution function''' (RDF), ''g''(''r''), describes how the density of surrounding matter varies as a function of the distance from a distinguished point. This is normalized by the average density such that the function goes to 1 far from the distinguished point when the medium is even slightly disordered. If, for example, we choose to locate our distinguished point at the center of a hard-core particle with radius '''&sigma;''', ''g''(''r'') will be 0 for ''r'' < '''&sigma;'''.

Line 9:

==External links==

* http://www.ccr.buffalo.edu/etomica/app/modules/sites/Ljmd/Background1.html

{{engineering-stub}}