This review article relates the history and the recent development of clathrate-type compounds of silicon and related elements (carbon, germanium, tin). Their cage-like structures are identical to those of the gas and liquid hydrates, as well as the silica-based clathrasils . Long time considered as simple crystallographic curiosities, their interest was drastically increased after the discovery of the fullerene forms of carbon. From that time they have been intensively studied for their interesting properties in so various topics as superconducting materials, wide gap semiconductors, super-hard and thermoelectric materials
Clathrates are a class of new materials that have an open-framework structure that allows guest atom...
The present invention comprises new materials, material structures, and processes of fab...
Clathrates represent a family of inorganic materials called cage compounds. The key feature of their...
International audienceIn this chapter the authors relate the discovery of the first inorganic clathr...
Ce travail concerne les composés de type clathrate du silicium, qui présentent les mêmes structures ...
Earth abundant element clathrate phases are of interest for a number of applications ranging from ph...
Earth abundant element clathrate phases are of interest for a number of applications ranging from ph...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
International audienceWe discuss the high pressure properties of different silicon clathrate structu...
We use computational high-throughput techniques to study the thermodynamic stability of ternary type...
In this paper we present a survey on the structure and equation of state for some silicon clathrates...
Clathrates are materials containing closed polyhedral cages stacked to form crystalline frameworks. ...
Clathrate materials comprise compounds in which guest atoms or molecules can be encapsulated inside ...
Silicon clathrate compounds consist of fullerene-like polyhedral Si-cages, which share their faces t...
Two new clathrate-type structures have been identified in the samples obtained by high pressure–high...
Clathrates are a class of new materials that have an open-framework structure that allows guest atom...
The present invention comprises new materials, material structures, and processes of fab...
Clathrates represent a family of inorganic materials called cage compounds. The key feature of their...
International audienceIn this chapter the authors relate the discovery of the first inorganic clathr...
Ce travail concerne les composés de type clathrate du silicium, qui présentent les mêmes structures ...
Earth abundant element clathrate phases are of interest for a number of applications ranging from ph...
Earth abundant element clathrate phases are of interest for a number of applications ranging from ph...
We discuss the high pressure properties of different silicon clathrate structures that we have inves...
International audienceWe discuss the high pressure properties of different silicon clathrate structu...
We use computational high-throughput techniques to study the thermodynamic stability of ternary type...
In this paper we present a survey on the structure and equation of state for some silicon clathrates...
Clathrates are materials containing closed polyhedral cages stacked to form crystalline frameworks. ...
Clathrate materials comprise compounds in which guest atoms or molecules can be encapsulated inside ...
Silicon clathrate compounds consist of fullerene-like polyhedral Si-cages, which share their faces t...
Two new clathrate-type structures have been identified in the samples obtained by high pressure–high...
Clathrates are a class of new materials that have an open-framework structure that allows guest atom...
The present invention comprises new materials, material structures, and processes of fab...
Clathrates represent a family of inorganic materials called cage compounds. The key feature of their...