Caracterisation de la mineralogie de la surface de la Lune et de Mars par imagerie multispectrale CCD

SIGLEINIST T 73855 / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc

Olivine composition and reflectance spectroscopy relationship revisited from advanced mgm deconvolution based on synthetic samples.

International audienceWe revisit the behavior of the three primary olivine absorptions near 1 m (referred to as M1-1, M2, M1-2) and their interelationships by means of an advanced version of MGM analysis. We build on the previous works carried out [e.g.,1, 2] to document at best the compositional variation of olivine from di-agnostic absorption features across the visible and near-infrared wavelengths due to electronic transitions of Fe2+ in the crystal structure

OLIVINE DETECTION AND COMPOSITION DETERMINATION AT COPERNICUS AND ERATOSTHENES CRATERS

International audienc

Influence des phases amorphes dans la réponse optique des régolites planétaires (caractérisation des propriétés physiques et application à l'étude géologique de la Lune)

TOULOUSE3-BU Sciences (315552104) / SudocSudocFranceF

Discrimination between maturity and composition of lunar soils from integrated Clementine UV-visible/near-infrared data: Application to the Aristarchus Plateau

International audienc

Characterization and physical properties of a lunar regolith analog for powder bed fusion-based additive manufacturing processes

International audienc

Characterization and physical properties of a lunar regolith analog for powder bed fusion-based additive manufacturing processes

International audienc

Characterization and physical properties of a lunar regolith analog for powder bed fusion-based additive manufacturing processes

International audienc

Advanced mgm deconvolution on powder versus slab of olivine natural samples : a test with nwa 5400

International audienc

Effect of varying the proportion of crystalline-amorphous phases in a lunarregolith analog and resulting physical properties for isru selective laser melting

International audienc