Examples of 'arsenide' in a sentence
Meaning of "arsenide"
Arsenide is a noun, a chemical compound containing arsenic in a -3 oxidation state, often found in semiconductor materials and metal alloys
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- An ion that is an arsenic atom with three extra electrons and charge −3.
- A compound with arsenic in oxidation state −3.
How to use "arsenide" in a sentence
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arsenide
Cadmium arsenide can be used as a dopant for HgCdTe.
You will all wear a gallium arsenide transmitter.
Gallium arsenide germanium solar cell.
It is used standalone or together with gallium arsenide phosphide.
Growth of gallium arsenide nanowires on silicon.
An anomaly in lifetime frequency dependence was observed in gallium arsenide.
Gallium arsenide field effect transistor.
They are typically indium phosphide and gallium arsenide.
Gallium arsenide metal semiconductor field effect transistor.
These transistors are generally formed from gallium arsenide.
The material gallium arsenide is in particular very fragile.
Examples include gallium arsenide.
Gallium arsenide is the most common semiconductor used.
Power is provided by one steerable gallium arsenide solar array.
Cadmium arsenide permits electrons to flow in three dimensions.
See also
These transistors are commonly produced by using gallium arsenide as a semiconductor.
Indium arsenide is also used for making of diode lasers.
The layer of a binary composition is advantageously made of gallium arsenide.
Indium arsenide is sometimes used together with indium phosphide.
Sulphide and arsenide of cobalt.
Gallium arsenide is used in lasers to convert electricity to coherent light.
The same experiment was performed with a gallium arsenide substrate.
Gallium arsenide makes it possible to obtain high figure of merit.
Indium gallium arsenide.
An arsenide mineral is a mineral that contains arsenide as its main anion.
Gallium arsenide filter.
The image detector has been described with a gallium arsenide photocathode.
Gallium arsenide is however an expensive material and more complex to implement.
The silicon provides structural support for the indium arsenide.
The main materials are the gallium arsenide and indium phosphide.
Aluminium gallium arsenide is used as a barrier material in GaAs based heterostructure devices.
There is limited evidence in experimental animals for the carcinogenicity of gallium arsenide.
In this work gallium arsenide nanowire ensembles were planarized and contacted.
This problem is particularly difficult to solve in the case of a gallium arsenide substrate.
Gallium arsenide is used in lasers that convert electricity into coherent light.
The first semiconductor lasers were made with samples of gallium arsenide GaAs.
Electrons in gallium arsenide have to reflect the symmetry of this crystal structure.
The semiconductors cadmium telluride and gallium arsenide are used to make solar panels.
Elements of such a length can not be incorporated in an integrated circuit on gallium arsenide GaAs.
Gallium arsenide integrated circuits possess characteristics permitting them to bring an answer to this problem.
The invention advantageously has one or more fast circuits made of gallium arsenide.
Solar energy cells constructed from gallium arsenide are being developed for use in space satellites.
The material of the emitter is conventionally a semiconductor material such as silicon or gallium arsenide.
Crystalline silicon and gallium arsenide are the best choices of materials for solar cells.
The laser diodes used in optical fiber arrangements are made from gallium arsenide phosphide.
Gallium arsenide circuits of the type BFL are considered to be the fastest circuits.
This work presents the photoluminescence characterization of indium arsenide layers deposited on gallium arsenide substrates.
This includes production lines that process wafers made from semiconductor compounds such as gallium arsenide.
This odor can be detected on striking Arsenide minerals such as Arsenopyrite with a hammer.
The Berkeley researchers demonstrated their technique using indium arsenide.
