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Gaussian functions/distribution conformational analysis

Thus, the statistics of oligomer macromolecules conformations appears to be non-Gaussian. However, a preliminary distribution function analysis of macromolecules possessing end rigidity shows that the conformations statistics of these chains is always non-Gaussian irrespective of their length. Nevertheless, it is well known that the approximation of... [Pg.62]

See other pages where Gaussian functions/distribution conformational analysis is mentioned: [Pg.326] [Pg.135] [Pg.103] [Pg.473] [Pg.61] [Pg.76] [Pg.285] [Pg.17] [Pg.479] [Pg.209] [Pg.506] [Pg.1380]

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Conformability Analysis

Conformation analysis

Conformation distribution

Conformational analysis

Conformational distributions

Distribution analysis

Distributional analysis

Functional analysis

Functions analysis

Gaussian analysis

Gaussian conformation

Gaussian conformation distribution

Gaussian distribution

Gaussian distribution analysis

Gaussian functions

Gaussian functions/distribution