chalcogenide

Oxygen is also a group 16 element however it is not considered a chalcogenide.

During this step, called chalcogenization, complex interactions occur to form a chalcogenide.

Figure 1 1x 3 multimode interference splitter in chalcogenide glass.

Tin can form many oxides, sulfides, and other chalcogenide derivatives.

The modern technological applications of chalcogenide glasses are widespread.

It is a chalcogenide glass and a semiconductor.

Chemical vapour deposition can be used to directly synthesize chalcogenide glass.

This structure however requires more complex deposition of the active chalcogenide into a cell pore.

Reaction of the dry solid precursor layer with a hydrogen chalcogenide gas.

Photoconductive chalcogenide glasses are used in xerography and television.

The conventional method for producing chalcogenide glasses is through the use of sealed ampoule melting.

Most stable binary chalcogenide glasses are compounds of a chalcogen and a group 14 or 15 element.

Some chalcogenide materials experience thermally driven amorphous crystalline phase changes.

The crystalline and amorphous states of chalcogenide glass have dramatically different electrical resistivity.

For both the practical application and scientific study of chalcogenide glasses, glass purity is of utmost importance.

It would be desirable to find an analogous approach for the fabrication of chalcogenide materials and there has been considerable work devoted to this objective.

Glass membranes are made from an ion-exchange type of glass (silicate or chalcogenide).

The major difference is the size of the chalcogenide, C-S bond lengths being around 180 picometers in length.

PRAMs exploit the unique behavior of chalcogenide glass.

Those methods have been used to grow core shell chalcogenide nanoparticles with an emphasis on better control of size, shape, and size distribution.

Cooler portions of the chalcogenide take longer to crystallize, and overheated portions may be remelted.

Though oxide materials are the oldest known glass forming systems it has become more traditional to treat them separately from more recently discovered chalcogenide compounds.

At Euromat 2005, however, it was shown that ionic transport can also be useful for data storage in a solid chalcogenide electrolyte.

Dimorphite (chemical name tetraarsenic trisulfide) is a very rare orange-yellow chalcogenide mineral.