Examples of 'chalcogenide' in a sentence
Meaning of "chalcogenide"
chalcogenide: A type of compound commonly used in materials science and electronics, known for its semiconducting properties
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- Any binary compound of a chalcogen with a more electropositive element.
How to use "chalcogenide" in a sentence
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chalcogenide
Other chalcogenide structures have also been synthesized.
Is a constant that depends on the chalcogenide used.
The deposited chalcogenide may be intrinsically doped.
Synthese and characterization of chalcogenide glasses.
Chalcogenide glasses are amorphous materials constituted by chalcogenides.
Preferably the glass is a chalcogenide glass.
Photoconductive chalcogenide glasses are used in xerography.
Her research considers metal pnictides and chalcogenide nanomaterials.
Chalcogenide glasses are appropriate for sensing applications.
Particles of at least one metal oxide or of at least one chalcogenide.
Chalcogenide glasses having such characteristics are well known.
It is used in chalcogenide glasses.
Chalcogenide deposited on a porous support.
The first article describes the synthesis of chalcogenide derivatives of phosphangulene.
It is a chalcogenide glass and a semiconductor.
See also
Deposition by cathode sputtering of a thin metallic layer on said chalcogenide layer.
This allows the chalcogenide to be fixed in the amorphous phase.
Dielectric layer interposed between the substrate and the chalcogenide layer.
The chalcogenide active region is located in a pore in a dielectric layer.
The laser power handling capacities of these chalcogenide fibers were also analyzed.
The chalcogenide glass used in the above experiments was prepared as described below.
Examples of phase change materials may include a chalcogenide material or an ovonic material.
The metal chalcogenide nanoparticles may include two phases or three phases.
Depositing a thin metallic layer on the at least one chalcogenide layer by cathode sputtering.
This hydrogen chalcogenide is the simplest and most commonly encountered hydride of selenium.
Cells having a metallic lithium anode and metal chalcogenide cathode are charged in an initial condition.
The chalcogenide layer thus remains in electrical contact with the first electrode.
This wavelength allows us to reach the zero dispersion wavelength of the chalcogenide tapered fibers.
The conventional method for producing chalcogenide glasses is through the use of sealed ampoule melting.
The cation exchange route is broadly applicable to a variety of cations and copper chalcogenide nanoparticles.
The layer of a chalcogenide glass is interposed between the bottom electrode and the top electrode.
The difficulties in fibre drawing currently limit the exploitation of chalcogenide based optical fibres.
The chalcogenide may be based on Se.
Batteries with anodes of metallic lithium and containing metal chalcogenide cathode active material are known.
First prototypes of chalcogenide and oxide based UV multifunctional coatings showing high transparency level.
PRAMs exploit the unique behaviour of chalcogenide glass.
This high TCR value of chalcogenide materials makes them effectively of interest for bolometry applications.
This method permits to obtain the lowest optical losses in chalcogenide MOF.
Chalcogenide compounds are known NO generators.
The invention of a casting method to make chalcogenide MOF is explained in this thesis.
Layer of chalcogenide doped with a second metallic element ;.
PCM materials are made from chalcogenide.
A hydrogen chalcogenide and the simplest hydride of tellurium, it is a colorless gas.
More particularly, said material may be a chalcogenide glass.
The metal oxide and / or chalcogenide particles dispersed in the matrix.
Phase-change materials are preferably materials based on chalcogenide.
Ternary chalcogenide glasses in the system Se-S were prepared by quenching from the melt.
More particularly, the constituent electropositive element of the chalcogenide may be,.
As a consequence, the layer of chalcogenide must be in physical contact with the two electrodes.
An optical waveguide formed at least in part of a chalcogenide glass doped with,.
