jaxrts.hnc_potentials
HNC Potentials
This module contains a set of Parameters to be used when performing HNC calculations. This includes that the potential is split into a long-range and a short-range part and is also Fourier-transformed to k-space.
Functions
This method utilizes the exact non-interacting solution for the pair distribution function (PDF) as input (see [Bredow, 2017]). |
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This method utilizes the exact non-interacting solution for the pair distribution function (PDF) as input. |
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ToDo: Test this, potentially, there is something wrong, here. |
Classes
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A full Coulomb Potential. |
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The Debye-Hückel screening potential as defined, e.g., in [Wünsch et al., 2008]. |
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Quantum diffraction potential suggested by C. |
The Empty core potential, which is essentially a |
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Potentials, intended to be used in the HNC scheme. |
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Quantum diffraction potential suggested by Kelbg. |
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Quantum diffraction potential suggested by Klimontovich and Kraeft. |
Calculates the Pauli potential from the exact non-interacting UEG pair distribution function by inverting the Hyper-Netted-Chain calculations:cite:DharmaWardana.2012. |
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A sum of several |
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A |
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Comparable to |
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See [Wünsch et al., 2008], Eqn (18). |
See [Wünsch et al., 2008], Eqn (17), Citing [Huang, 1987]. |
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Yukawa Potential with a short-range repulsion as used in [Fletcher et al., 2015]. |