[EN] Microwave non-conventional sintering technique allows obtaining fully dense glass-free β-eucryptite bulk material (∼99 %). A considerable difference in the densification, microstructure, coefficient of thermal expansion behaviour and mechanical properties, between conventional and non-conventional sintered specimens was observed. The hardness and Young’s modulus values obtained by microwaves at 1200 °C-5min have been relatively high, 6.8 GPa and 101 GPa, respectively, compared to conventional sintering (3.9 GPa and 58 GPa, respectively). Very low thermal expansion materials have been obtained in a wide temperature range including cryogenic temperatures (from -150 ºC to 150 ºC). The high heating rate along with the lower energy co...
International audienceThe presence of a susceptor reduces the benefits of microwave heating as it sc...
The present study examines the potential of microwave heating as an emerging and innovative energy-e...
Les techniques de frittage ultrarapide « naturel » (sans charge) comme le frittage par micro-ondes o...
Microwave non-conventional sintering technique allows obtaining fully dense glass-free β-eucryptite ...
Microwave heating is proposed as the non-conventional technique for the sintering of optimal lithium...
Microwave heating is proposed as non-conventional technique for the sintering of optimal lithium alu...
Low-temperature sinterable microwave LiAlSiO-based solid-state material was investigated with regard...
Lithium aluminosilicate was fabricated by conventional and non-conventional sintering: microwave and...
β-eucryptite ceramics with low negative or near-zero coefficient of thermal expansion (CTE) with exc...
β-eucryptite ceramics with low negative or near-zero coefficient of thermal expansion (CTE) with ...
Trabajo presentado al 13th International Ceramics Congress celebrado en Montecatini Terme (Italia) d...
Commercially, 3mol% Y2O3-stabilized tetragonal zirconia (7090nm) compacts were fabricated using a co...
The mechanical strength of mullite materials sintered by the conventional route or by microwave was ...
As técnicas de sinterização convencional de zircônia tetragonal parcialmente estabilizada com ítria ...
The purpose of this thesis was to develop a microwave dilatometer and to study the non-isothermal si...
International audienceThe presence of a susceptor reduces the benefits of microwave heating as it sc...
The present study examines the potential of microwave heating as an emerging and innovative energy-e...
Les techniques de frittage ultrarapide « naturel » (sans charge) comme le frittage par micro-ondes o...
Microwave non-conventional sintering technique allows obtaining fully dense glass-free β-eucryptite ...
Microwave heating is proposed as the non-conventional technique for the sintering of optimal lithium...
Microwave heating is proposed as non-conventional technique for the sintering of optimal lithium alu...
Low-temperature sinterable microwave LiAlSiO-based solid-state material was investigated with regard...
Lithium aluminosilicate was fabricated by conventional and non-conventional sintering: microwave and...
β-eucryptite ceramics with low negative or near-zero coefficient of thermal expansion (CTE) with exc...
β-eucryptite ceramics with low negative or near-zero coefficient of thermal expansion (CTE) with ...
Trabajo presentado al 13th International Ceramics Congress celebrado en Montecatini Terme (Italia) d...
Commercially, 3mol% Y2O3-stabilized tetragonal zirconia (7090nm) compacts were fabricated using a co...
The mechanical strength of mullite materials sintered by the conventional route or by microwave was ...
As técnicas de sinterização convencional de zircônia tetragonal parcialmente estabilizada com ítria ...
The purpose of this thesis was to develop a microwave dilatometer and to study the non-isothermal si...
International audienceThe presence of a susceptor reduces the benefits of microwave heating as it sc...
The present study examines the potential of microwave heating as an emerging and innovative energy-e...
Les techniques de frittage ultrarapide « naturel » (sans charge) comme le frittage par micro-ondes o...