L. Beluze

发表

Particle size effect on the electronic conductivity of electroactive LixWO3.H2O powders: a study from 103 to 1010 Hz

O. Dubrunfaut, J. Badot, L. Beluze, 2008 .

Scattering model for understanding the optical behavior of powders embedded in a plastic matrix

J. Tarascon, M. Morcrette, B. Viana, 2005 .

Structural and electrochemical study of Li+ insertion in the infrared reflectance modulating compound LixWO3·H2O

M. Morcrette, N. Baffier, A. Bessière, 2003 .

Control of Powder Microstructure for Improved Infrared Reflectance Modulation of an Electrochromic Plastic Device

M. Morcrette, B. Viana, A. Bessière, 2003 .

Infrared electroactive materials and devices

J. Tarascon, M. Morcrette, N. Baffier, 2006 .

Optical properties of an all-plastic WO3⋅H2O-based infrared modulator

M. Morcrette, B. Viana, A. Bessière, 2004 .

Electrochromic Variation of the Infrared Emissivity in Tungsten Oxide Compounds

M. Morcrette, B. Viana, A. Bessière, 2003 .

Broadband Dielectric and Resistivity Spectroscopy of WO3·H2O in the Range of 103−1010 Hz: Particle Size Effect

R. Weil, J. Badot, V. Lucas, 2006 .