jaxrts

A Python package for X-ray Thomson Scattering from dense plasmas, using jax.

Modules

`absorption_edges_ionized_ions_data`	Ionization Energy Data Generated by the flexible atomic code [Gu, 2008] (https://github.com/flexible-atomic-code/fac).
`analysis`	Some analysis functions, mainly used for benchmarking and testing.
`bound_free`	This submodule is dedicated to calculate the contribution of tightly bound electrons to the dynamic structure factor.
`ee_localfieldcorrections`	This submodule is dedicated to the calculation of static and dynamic local field corrections.
`ee_localfieldcorrections_dornheim_2021`	This file is the taken from https://github.com/ToDor90/LFC/blob/master/ESA_PARAMETRIZATION/ collecting both scripts in one, replacing numpy by jax.numpy and performing some qol changes.
`elements`	This submodule contains data for different chemical elements.
`experimental`	Contains functionalities that go beyond the jaxrts base implementation.
`form_factors`	This submodule is dedicated to form factors.
`free_bound`	This submodule is dedicated to calculate the contribution of the free bound contributions to the dynamic structure factor.
`free_free`	This submodule is dedicated to the calculation of the free electron dynamic structure.
`helpers`	Miscellaneous helper functions.
`hnc_potentials`	HNC Potentials
`hypernetted_chain`	This submodule is dedicated to the using the hypernetted chain approach to calculate static structure factors.
`instrument_function`	This submodule is dedicated to the modelling and handling of instrument functions.
`ion_feature`	This submodule is dedicated to the calculation of the ion-feature.
`ipd`	Module to account for Ionization Potential Depression (IPD)
`literature`	Submodule handeling the citation of references
`math`	This submodule is dedicated to math functions which occur frequently in the calculations.
`models`	This submodule contains high-level wrappers for the different Models implemented.
`plasma_physics`	This submodule contains basic formulas used in plasma physics.
`plasmastate`	Definition of the `PlasmaState` class, is describing the experiment's target.
`saha`	Module containing functions to solve the Saha-equation, linking the temperature of a plasma to it's ionization.
`saving`	This module allows for saving and loading `jaxrts.models.Model`, `jaxrts.plasmastate.PlasmaState` and other objects introduced in jaxrts.
`setup`	This submodule is dedicated to handling the setup configuration for the calculation of the synthetic spectra.
`static_structure_factors`	Module handeling the calculation of static structure factors.
`units`	This submodule defines the unit registry for calculations involving quantities, consisting of a magtitude and a unit.