jaxrts.models.DetailedBalance

class jaxrts.models.DetailedBalance(sample_points: int | None = None)[source]

Calculate the free-bound scattering by mirroring the free-bound scattering around the probing energy and applying a detailed balance factor to the intensity. See [Böhme et al., 2023], introducing the idea.

Note

This model requires the ound-free model to have an evaluate_raw, which should return the bound-free scattering intensity not convolved with an instrument function. (See ScatteringModel).

Note

The typical normalization factor (average ionization) is not required here, as the bound-free model should already incorporate this.

Methods

`__init__`([sample_points])
`check`(plasma_state)	Test if the model is applicable to the PlasmaState.
`citation`([style, comment])	Return bibliographic information for the Model used.
`evaluate`(plasma_state, setup, args, *kwargs)	If `sample_points` is not `None`, generate a low-resulution :py:class`~.setup.Setup`.
`evaluate_raw`(plasma_state, setup)
`prepare`(plasma_state, key)	Modify the plasma_state in place.
`sample_grid`(setup)	Define the sample-grid if `sample_points` is not `None`.

Attributes

`allowed_keys`	A list of keywords where this model is adequate for
`cite_keys`	A list of bibtex keys.
`sample_points`	The number of points for re-sampeling the model.

Examples using `jaxrts.models.DetailedBalance`

Getting Started

Multi-Species Plasmas

f-sum rule for the dynamic stucture factor

ITCFT Impact of noise

Imaginary time correlation function thermometry

Showcase the DetailedBalace free-bound scattering Model

Showcase of the relavance of including free-bound scattering

k dispersion and free-bound scattering

Frequency redistribution correction

jaxrts.models.DetailedBalance

Examples using jaxrts.models.DetailedBalance

Examples using `jaxrts.models.DetailedBalance`