Examples of 'semiconductive' in a sentence
Meaning of "semiconductive"
Semiconductive (adjective): Having the property of conducting some, but not all, types of electric current. This phrase is often used in the context of materials or devices that exhibit this property
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- semiconducting
How to use "semiconductive" in a sentence
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semiconductive
Method for placing semiconductive plates on a support.
Semiconductive polymer composition comprising polar copolymer.
In practice that substrate layer is usually semiconductive.
A variety of semiconductive magnetic sensors are also known.
A preferred composition of the present invention is semiconductive.
The semiconductive wafer is preferably made of silicon.
Epoxy resin compositions for encapsulating semiconductive elements.
Preferably the semiconductive electrode is titanium dioxide.
On a first of the electrodes is positioned a semiconductive wafer being processed.
Use of a semiconductive polyolefin composition comprising.
Efforts have been made to improve semiconductive shield compositions.
Semiconductive organic polymers have a conjugated polymer chain.
The conductive or semiconductive layer may be a solid layer.
Semiconductive conjugated polymers per se are known.
A curing agent may be present in the semiconductive composition.
See also
A semiconductive cap can be formed by sintering silicon carbide.
The laser light is emitted from a semiconductive laser.
Semiconductive polymers are particularly important for the electronics industry.
Material for semiconductive screening.
A resistor accomplishes this task by being made of materials that are semiconductive.
Furthermore surface application of semiconductive elements is becoming more usual.
The semiconductive polymer composition may comprise further additives.
The disclosure teaches that such semiconductive constructions are nonfeasible.
Each semiconductive cap need not be permanently attached to an electrode.
They may also be used in an electrical conductive or semiconductive material.
Strippable semiconductive composition comprising low melt temperature polyolefin.
The material forming the conductive layers is a semiconductive material.
The corners of the semiconductive plate are cut off so as to be substantially rounded.
The increase in conductivity with temperature is indicative of a semiconductive character.
It is therefore possible to make semiconductive screening well suited to each use.
Or also it is possible to apply the electrode as a layer of semiconductive varnishes.
Examples of semiconductive material include both organic and inorganic semiconductors.
This step leads to the production of nanotubes of semiconductive material.
The semiconductive polymer base material does not contain a dielectric fluid.
They can also be formed of conductive or semiconductive organic polymers.
Semiconductive grade carbon blacks are preferred for use in this invention.
The boundary between two different types of semiconductive materials.
This invention relates to semiconductive copolymers for use in electroluminescent devices.
Such carbon particles are preferred because of their semiconductive properties.
The conductive filler of the semiconductive composition is preferably a carbon black.
Charge transfer rollers typically are coated or covered with a layer of semiconductive material.
The semiconductive polymer composition further preferably comprises carbon black.
The field of the invention is that of semiconductive materials notably used in microelectronics.
The thin semiconductive films are generally produced by epitaxy on a monocrystalline semiconductor substrate.
Plaques are prepared with layers of the semiconductive material on the insulation material.
Preferably the linear electrically responsive element comprises a line of a semiconductive material.
This structure consists of a stack of semiconductive layers deposited by epitaxy on a monocrystalline substrate.
The invention is applied in particular to micromechanics for the etching of semiconductive substrates.
According to the invention said semiconductive polymer composition is in the form of pellets.
Semiconductive screening of the invention can be used for any electrical or electronic equipment.
