jaxrts
Contents:
Installation
Usage
Example gallery
Development and Poetry
Bibliography
The
jaxrts
module
jaxrts
jaxrts.absorption_edges_ionized_ions_data
jaxrts.analysis
jaxrts.analysis.ITCFT
jaxrts.analysis.ITCFT_grid
jaxrts.analysis.ITCF_from_setup
jaxrts.analysis.ITCF_fsum
jaxrts.analysis.ITCF_ssf
jaxrts.analysis.twoSidedLaplace
jaxrts.analysis.ITCF
jaxrts.bound_free
jaxrts.ee_localfieldcorrections
jaxrts.ee_localfieldcorrections_dornheim_2021
jaxrts.elements
jaxrts.experimental
jaxrts.form_factors
jaxrts.free_bound
jaxrts.free_free
jaxrts.helpers
jaxrts.hnc_potentials
jaxrts.hypernetted_chain
jaxrts.instrument_function
jaxrts.ion_feature
jaxrts.ipd
jaxrts.literature
jaxrts.math
jaxrts.models
jaxrts.plasma_physics
jaxrts.plasmastate
jaxrts.saha
jaxrts.saving
jaxrts.setup
jaxrts.static_structure_factors
jaxrts.units
jaxrts
The
jaxrts
module
jaxrts
jaxrts.analysis
jaxrts.analysis.twoSidedLaplace
View page source
jaxrts.analysis.twoSidedLaplace
jaxrts.analysis.
twoSidedLaplace
(
intensity
:
Quantity
,
tau
:
Quantity
,
E_shift
:
Quantity
,
E_min
:
Quantity
|
None
=
None
,
E_max
:
Quantity
|
None
=
None
)
[source]
Perform the two-sided Lapace transform of intensity numerically.
\[\mathscr{L}[I] = \int_{E_{min}}^{E_{max}} I \exp(-\tau E) \mathrm{d}E\]