corr module

Corrections for azimuthal integrated curves.

corr.check_material(material)

Check material and raise error if not in xraydb.

corr.get_density(material)

Return the density of a material in kg/m3.

corr.get_mu(material, energy, density=None)

Return the absorption coefficient of a material in 1/m.

corr.get_sensor_info(detector_name)

Get sensor material, thickness and density of known detectors.

corr.material_in_xraydb(material)

Check if material is in xraydb.

corr.sample_transmission(tth, material, energy, thickness, density=None)

Calculate the angular dependent transmission of a sample.

The sample is assumed to be a homogenous sheet with given thickness.

Parameters:

• tth (float or array-like) – Scattering angle (deg).

• material (str) – Chemical formula or material from materials list (‘xraydb’).

• energy (float) – Photon energy (eV).

• thickness (float) – Sample thickness (m).

• density (float) – Sample density (kg/m3).

Returns:

t – Sample transmission.

Return type:

ndarray

corr.sensor_absorption(tth, material, energy, thickness, density=None)

Calculate the angular dependent absorption of a sensor.

Parameters:

• tth (float or array-like) – Scattering angle (deg).

• material (str) – Chemical formula or material from materials list (‘xraydb’).

• energy (float) – Photon energy (eV).

• thickness (float) – Sensor thickness (m).

• density (float) – Sensor density (kg/m3).

Returns:

A – Sensor absorption.

Return type:

ndarray