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Statistics of non-localized elements with an asymmetric function

Statistics of non-localized elements with an asymmetric function [Pg.105]

We have seen that in the case of asymmetrical wave functions Fermi-Dirac statistics is applied. [Pg.105]

In this case, the objects can only be distributed in one way between the levels Cl, 2,. .. . Then, the identical particles are distributed betweeng, states, but as in Fermi-Dirac statistics, there can only be a maximum of one object per case, which means that the number of cases must be greater than the number of objects and therefore  [Pg.105]

We have g, possibilities to place the first object, g, - 1 possibilities for the second andg, - , +1 for the i.e. a total number of possibilities  [Pg.106]

Having counted the objects, as they are indiscernible, we can swap them in any form without changing anything. We must therefore divide the previous number by k, , i.e. for the distribution of n, objects in g, cases  [Pg.106]




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Element statistics

Elements with

Function localization

Functional element

Local functionals

Localized functions

Non-local

Non-locality

Non-statistical

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