The compact Reconnaissance Imaging Spectrometer for Mars (CRISM) has significantly
advanced our understanding of the mineralogy of Mars. With its enhanced spectral and …

Abstract Magnetite (Fe 3+(Fe 2+ Fe 3+) 2 O 4) is ubiquitous in Earth and planetary materials,
forming in igneous, metamorphic, and sedimentary settings, sometimes influenced by …

A method is presented to estimate thermal maturity and concentration of sedimentary
organic matter (kerogen) in organic-rich mudrocks using diffuse reflectance infrared Fourier …

We examine the ability of machine learning (ML) techniques to determine the physical and
mineralogical properties of lunar soil using reflectance spectra. We use the Lunar Soil …

A spectrum in a multiband remotely sensed image is generally a mixture of spectra of
different materials present in the scene which can be distinguished by distinct absorption …

Large mineral grains that have undergone shock metamorphism or tectonic stress can
exhibit plastic deformation. Using in situ micro X-Ray diffraction, such deformation is …

We investigate a suite of synthetic mineral mixtures designed to act as bulk mineralogical
analogs to H, L, and LL ordinary chondrite meteorites in order to probe how the thermal …

Reflectance spectroscopy is a widely used technique for mineral identification and
characterization. Since modern airborne and satellite-borne sensors yield an increasing …

The mineralogical anomaly is the mineralogically diagnostic character that differs from its
surrounding spectra in terms of absorption features of a spectrum. On the airless planetary …

La télédétection hyperspectrale permet l'étude de larges zones d'intérêt via la
caractérisation physico-chimique des surfaces observées. Cette thèse concerne …