Two new clathrate-type structures have been identified in the samples obtained by high pressure–high temperature treatment of appropriate mixtures of elemental silicon and tellurium at 5 GPa and 1200 °C for 60 min reaction time..
Silicon clathrates are unusual open-framework solids formed by tetrahedrally bonded silicon that sho...
Cette thèse porte sur l’étude de la synthèse et des données thermodynamiques des clathrates intermét...
The creation of thermoelectric materials for waste heat recovery and direct solar energy conversion ...
A novel clathrate-type compound, Te7+xSi20+x (x ~ 2.5), has been synthesized from the elements under...
The recently discovered tellurium-doped silicon clathrates, Te7+xSi20-x and Te16Si38, both low- and ...
Three different sodium-silicon clathrate compounds–Na<sub>8</sub>Si<sub>46</sub> (sI), Na<sub>24</su...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
International audienceUnderstanding of the covalent clathrate formation is a crucial point for the d...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
We use computational high-throughput techniques to study the thermodynamic stability of ternary type...
Several kinds of new high pressure phases in the silicon-phosphorus system have been prepared by dir...
This review article relates the history and the recent development of clathrate-type compounds of si...
International audienceIn this chapter the authors relate the discovery of the first inorganic clathr...
The actinide silicides ThSi, USi and USi2 have been studied under high pressure using both theory an...
Silicon clathrates are unusual open-framework solids formed by tetrahedrally bonded silicon that sho...
Silicon clathrates are unusual open-framework solids formed by tetrahedrally bonded silicon that sho...
Cette thèse porte sur l’étude de la synthèse et des données thermodynamiques des clathrates intermét...
The creation of thermoelectric materials for waste heat recovery and direct solar energy conversion ...
A novel clathrate-type compound, Te7+xSi20+x (x ~ 2.5), has been synthesized from the elements under...
The recently discovered tellurium-doped silicon clathrates, Te7+xSi20-x and Te16Si38, both low- and ...
Three different sodium-silicon clathrate compounds–Na<sub>8</sub>Si<sub>46</sub> (sI), Na<sub>24</su...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
International audienceUnderstanding of the covalent clathrate formation is a crucial point for the d...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
We use computational high-throughput techniques to study the thermodynamic stability of ternary type...
Several kinds of new high pressure phases in the silicon-phosphorus system have been prepared by dir...
This review article relates the history and the recent development of clathrate-type compounds of si...
International audienceIn this chapter the authors relate the discovery of the first inorganic clathr...
The actinide silicides ThSi, USi and USi2 have been studied under high pressure using both theory an...
Silicon clathrates are unusual open-framework solids formed by tetrahedrally bonded silicon that sho...
Silicon clathrates are unusual open-framework solids formed by tetrahedrally bonded silicon that sho...
Cette thèse porte sur l’étude de la synthèse et des données thermodynamiques des clathrates intermét...
The creation of thermoelectric materials for waste heat recovery and direct solar energy conversion ...