Combined LIBS and Acoustics for Differentiating Minerals with Similar LIBS Spectra

Alvarez-Llamas, C.; Bernardi, Pernelle; Beyssac, Olivier; Chide, B.; Delapp, D.; Delory, G.; Fouchet, Thierry; Gasnault, Olivier; Gibbons, E.; Jacob, X.; Jurado, A.; Lacombe, Gaétan; Lanza, Nina; Laserna, J.; Lasue, Jérémie; Legett, C.; Lopez, F. J.; Lorenz, Ralph D.; Luna, S.; Maurice, Sylestre; Mimoun, David; Moros, J.; Murdoch, N.; Ollila, Ann; Perez, R.; Pilleri, Paolo; Purohit, P.; Wiens, Roger

Combined LIBS and Acoustics for Differentiating Minerals with Similar LIBS Spectra

Authors: C. Alvarez-Llamas
Pernelle Bernardi
Olivier Beyssac
B. Chide
D. Delapp
G. Delory
Thierry Fouchet
Olivier Gasnault
E. Gibbons
X. Jacob
A. Jurado
Gaétan Lacombe
Nina Lanza
J. Laserna
Jérémie Lasue
C. Legett
F. J. Lopez
Ralph D. Lorenz
S. Luna
Sylestre Maurice
David Mimoun
J. Moros
N. Murdoch
Ann Ollila
R. Perez
Paolo Pilleri
P. Purohit
Roger Wiens
Publication date: 15 March 2021
Publisher: HAL CCSD

Abstract

International audienceThe use of the plasma related spectroscopic and acoustic signals combined provide an innovative approach to characterize minerals with similar composition. This approach can help in the interpretation of the future data collected by M2020 mission

Similar works

Full text

Available Versions

HAL-INSU

oai:HAL:hal-03804142v1

Last time updated on 08/10/2022