Overview
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Read the articleAUTHORS
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Jean PHALIPPOU : Professor, École polytechnique universitaire de Montpellier Laboratoire des verres-UMR 5587 – Montpellier
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Laurent KOCON : Engineer from the École nationale supérieure de physique de Grenoble - Engineer at the French Atomic Energy Commission (CEA)
INTRODUCTION
The appeal of aerogels' distinctive texture has prompted the scientific community to develop a wide variety of compositions for applications in fields as diverse as thermal insulation, electrochemistry, catalysis, particle detection and acoustics.
Table 1 provides a non-exhaustive list of aerogels developed to date, together with their applications and bibliographical references. These are classified into five categories:
simple oxide aerogels are the most common;
mixed oxide or higher-order aerogels ;
organic aerogels ;
hybrid organic/mineral or metalloid-based aerogels ;
aerogels doped mainly with metal atoms.
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Characterization of aerogel properties
Aerogel texture
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