N and P type Mg-Si-Sn and Mn-Si alloys have been investigated for thermoelectrical applications in the 20-600 °C temperature range. To manufacture dense sintered samples, only two steps have been used: mechanical-alloying followed by spark plasma sintering.By optimizing the processing conditions it was possible to obtain an n-Type Mg2Si0.4Sn0.6 material exhibiting a ZT parameter of 1.2 at 500 °C. By adding Half-Heusler nanoparticles to a Mg2Si0.4Sn0.6 matrix, it was shown that the ZT parameter is increased to 1.4 at 500 °C. Then strong links have been established between the processing parameters, the thermoelectrical properties and the sintered microstructure (use of transmission electron microscopy).The investigations performed on a p-typ...
International audienceHigher manganese silicide (HMS) is considered as a promising thermoelectric ma...
International audienceIn this work, we produce bulk nanostructured Mg2Si0.4Sn0.6 thermoelectric mate...
This paper reports about a new synthesis method for preparing Mg2Si in an efficient way. The interme...
N and P type Mg-Si-Sn and Mn-Si alloys have been investigated for thermoelectrical applications in t...
Des alliages Mg-Si-Sn et Mn-Si, de type n et p respectivement, ont été étudiés pour des applications...
This study presents the influence of nano and microstructural parameters to optimize thermoelectric ...
Ce travail de thèse porte sur l’étude de l’influence des paramètres nano et microstructuraux pour l’...
Mg2Si is a promising thermoelectric material in the mid-temperature region 500 – 800 K. Development ...
Mechanical alloying by high energy ball milling is an attractive solid-state technique for synthesiz...
The development of new intermetallic compounds of solid solutions of the system Mg2Si1-xSnx has been...
The thermoelectric generators reliability is highly sensitive to the materials they are made off. Th...
Thermoelectric materials have drawn global interest, according to their ability to convert directly ...
International audienceHigher manganese silicide (HMS) is considered as a promising thermoelectric ma...
International audienceIn this work, we produce bulk nanostructured Mg2Si0.4Sn0.6 thermoelectric mate...
This paper reports about a new synthesis method for preparing Mg2Si in an efficient way. The interme...
N and P type Mg-Si-Sn and Mn-Si alloys have been investigated for thermoelectrical applications in t...
Des alliages Mg-Si-Sn et Mn-Si, de type n et p respectivement, ont été étudiés pour des applications...
This study presents the influence of nano and microstructural parameters to optimize thermoelectric ...
Ce travail de thèse porte sur l’étude de l’influence des paramètres nano et microstructuraux pour l’...
Mg2Si is a promising thermoelectric material in the mid-temperature region 500 – 800 K. Development ...
Mechanical alloying by high energy ball milling is an attractive solid-state technique for synthesiz...
The development of new intermetallic compounds of solid solutions of the system Mg2Si1-xSnx has been...
The thermoelectric generators reliability is highly sensitive to the materials they are made off. Th...
Thermoelectric materials have drawn global interest, according to their ability to convert directly ...
International audienceHigher manganese silicide (HMS) is considered as a promising thermoelectric ma...
International audienceIn this work, we produce bulk nanostructured Mg2Si0.4Sn0.6 thermoelectric mate...
This paper reports about a new synthesis method for preparing Mg2Si in an efficient way. The interme...