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Material¶
This is a Python binding to the C++ class Mantid::Kernel::Material.
- class mantid.kernel.Material¶
- absorbXSection((Material)self[, (float)lambda=1.7982]) float : ¶
Absorption Cross-Section for the given wavelength in barns
- chemicalFormula((Material)self) tuple : ¶
Chemical formula as a tuple of two lists: the first one contains the Atom object the second their multiplicities within the formula.
- cohScatterLength((Material)self[, (float)lambda=1.7982]) float : ¶
Coherent Scattering Length for the given wavelength in fm
- cohScatterLengthImg((Material)self[, (float)lambda=1.7982]) float : ¶
Imaginary part of Coherent Scattering Length for the given wavelength in fm
- cohScatterLengthReal((Material)self[, (float)lambda=1.7982]) float : ¶
Real part of Coherent Scattering Length for the given wavelength in fm
- cohScatterLengthSqrd((Material)self[, (float)lambda=1.7982]) float : ¶
Coherent Scattering Length Squared <b>^2 for the given wavelength in fm^2
- cohScatterXSection((Material)self) float : ¶
Coherent Scattering Cross-Section for the given wavelength in barns
- incohScatterLength((Material)self[, (float)lambda=1.7982]) float : ¶
Incoherent Scattering Length for the given wavelength in fm
- incohScatterLengthImg((Material)self[, (float)lambda=1.7982]) float : ¶
Imaginary part of Incoherent Scattering Length for the given wavelength in fm
- incohScatterLengthReal((Material)self[, (float)lambda=1.7982]) float : ¶
Real part of Incoherent Scattering Length for the given wavelength in fm
- incohScatterLengthSqrd((Material)self[, (float)lambda=1.7982]) float : ¶
Incoherent Scattering Length Squared <b>^2 for the given wavelength in fm^2
- incohScatterXSection((Material)self) float : ¶
Incoherent Scattering Cross-Section for the given wavelength in barns
- name((Material)self) str : ¶
Name of the material
- property numberDensity¶
Number density in atoms per A^-3
- property numberDensityEffective¶
Effective number density in atoms per A^-3
- property packingFraction¶
Packing fraction as a number, ideally, 0 to 1
- property pressure¶
Pressure
- relativeMolecularMass((Material)self) float : ¶
Relative Molecular Mass
- property temperature¶
Temperature
- property totalAtoms¶
Total number of atoms
- totalScatterLength((Material)self[, (float)lambda=1.7982]) float : ¶
Total Scattering Length for the given wavelength in fm
- totalScatterLengthSqrd((Material)self[, (float)lambda=1.7982]) float : ¶
Total Scattering Length Squared <b^2> for the given wavelength in fm^2
- totalScatterXSection((Material)self) float : ¶
Total Scattering Cross-Section for the given wavelength in barns