Magnetic Quantitative Texture Analysis Using Isotropic Thermal Neutron Beams

Ouladdiaf, B.; Chateigner, Daniel; Léon, Francois

Paper Titles

Texture Heterogeneity in ECAP Deformed Copper, p.47
Development of a 3D Crystal Plasticity Model that Tracks Dislocation Density Evolution, p.57
Texture Analysis with MTEX – Free and Open Source Software Toolbox, p.63
Structure Stability and Magnetic Properties of Ni₂XGa (X = Mn, Fe, Co) Ferromagnetic Shape Memory Alloys by DFT Approach, p.69
Magnetic Quantitative Texture Analysis Using Isotropic Thermal Neutron Beams , p.75
Influence of the Crystallographic and the Morphological Texture on the Elastic Properties of Fcc Crystal Aggregates, p.83
On the Combination of Self-Consistent and Geometric Mean Elements for the Calculation of the Elastic Properties of Textured Multi-Phase Samples, p.87
Frequencies of Tilt and Twist Boundaries among Random Grain Boundaries , p.95
Texture/Stress Characteristics of Microstructure Used in Interpreting Deformation Effects of Ti Subjected to ECAP Process, p.103

Home > Solid State Phenomena > Texture and Anisotropy of Polycrystals III > Magnetic Quantitative Texture Analysis Using...

Paper Title:

Magnetic Quantitative Texture Analysis Using Isotropic Thermal Neutron Beams

Periodical	Solid State Phenomena (Volume 160)
Main Theme	Texture and Anisotropy of Polycrystals III
Edited by	H. Klein and R.A. Schwarzer
Pages	75-82
DOI	10.4028/www.scientific.net/SSP.160.75
Citation	Daniel Chateigner et al., 2010, Solid State Phenomena, 160, 75
Online since	February, 2010
Authors	Daniel Chateigner, B. Ouladdiaf, Francois Léon
Keywords	Magnetic ODF, Magnetic QTA
Price	US$ 28,-

View full size

Abstract

We give the necessary formulas to extract pure magnetic diffraction signals from the difference spectra between two neutron texture measurements, one operated with a sample at zero-magnetic field, and the other under a magnetic field. This enables us to calculate the total-magnetic-scattering ODF, and the polarisation-magnetic-scattering ODF, of an iron sample. Using the developed approach it is shown that under some hypotheses one can describe the three dimensional orientation of the magnetic moments in the sample under a given magnetic field.