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shape = d Miller index. d corresponds to the dimension of the symmetry group. imag int 0: nuclear, 1: magnetic, 2: both. mult int Multiplicity. pcoeff int Pointer to the harmonic q_coeff. s float Sin(theta)

The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: dict , the list of reflections, a dictionary of type refl_list_type .

The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: float , sin(theta) / lambda for reflection h . examples

The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: bool ; True if reflection is absent, False otherwise . examples

The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: int , the multiplicity of h . examples

The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: bool ; True if both reflections are symmetry equivalent, False otherwise

init_calc_strfactors init_structure_factors structure_factors py_cfml_sxtal_geom ganu_from_xz ubfrqcel z1frmd z1frnb

scattering angle: 10.12 degrees (for Q = 0.865924 &#8491 -1 ) Calculator Lambda 1 = &#8491 Lambda 2 = &#8491 2Theta 1 = deg 2Theta 2 = deg Q = &#8491 -1 top Neutron Scattering Conversion Factors Purpose : Converts ... Example : lambda= 0.5 &#8491, 2theta= 30 degrees Result: Q = 6.504832 &#8491 -1 Calculator Lambda = &#8491 2theta = deg Q = &#8491 - ...

A Matlab library to analyse data iFit is an infrastructure aimed at handling data sets and mathematical models (functions). It contains methods to load, analyze, plot, fit and optimize models, and exp

are supported: SANS: D11, D22, D33, D16 REFL: D17, FIGARO SPEC: IN5, PANTHER, SHARP, IN1-LAGRANGE, IN4, IN6 DIFF: D1B, D20, D2B, XTREMED, D4, D7, SALSA BACK: IN16B Typical Workflows per technique Data reduction ... Reflectometry (D17, FIGARO) Data reduction for BackScattering (IN16B) Data reduction for Diffraction (D1B, D2B, D20) References O. ...