Examples of 'bandgap' in a sentence
Meaning of "bandgap"
bandgap (noun) - In physics and electrical engineering, bandgap refers to the energy difference between the top of the valence band and the bottom of the conduction band in a semiconductor material, insulator, or metal
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- The energy difference between two allowed ranges of electron energy in a solid; especially the difference between the energies of the valence band and the conduction band.
- A gap in a frequency range in which waves cannot propagate.
How to use "bandgap" in a sentence
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bandgap
A larger value of x corresponds to a greater semiconductor bandgap.
Permitted levels in the bandgap at high activation energy.
This may be described as a modulation of the bandgap.
See indirect bandgap for an explanation.
Same or superior energy than semiconductor bandgap.
Signal wavelengths in the bandgap can also be employed.
Multilayer molybdenite flakes are semiconductors with an indirect bandgap.
Bandgap modification of the films with respect to calcination temperatu.
This energy gap is also called bandgap energy.
The wider bandgap epitaxial cap layer can be InP.
The material is a semiconductor with a bandgap.
Permitted levels of the bandgap with high activation energy.
More fully conjugated material has a lower bandgap.
The optical bandgap is at a lower energy than the transport gap.
This requires a small bandgap.
See also
It is a direct bandgap material when it is one or two layers monolayer or bilayer.
Maghemite is a semiconductor with a bandgap of ca.
Wide bandgap semiconductors.
This limitation could be overcome by using wide bandgap semiconductors.
Bandgap is still controllable hence by selection of the monomer units ratio.
Diffuse reflectance was used to determine the bandgap of the materials.
The term bandgap refers to frequencies of the electromagnetic spectrum that are blocked.
The second option concerns the surfaces electromagnetic bandgap.
Large piezoelectric effects allow wide bandgap materials to be used as transducers.
These frequency ranges form what is here called a bandgap.
Fabrication of a material with a complete photonic bandgap is a huge scientific challenge.
These traps are structural defects which extend throughout the bandgap.
Method and system for inspecting indirect bandgap semiconductor structure.
The bulk semiconductor materials absorb infrared radiation at their bandgap.
Surfaces states are find in the bandgap for the two possible terminations.
The band offset may also be referred to as bandgap offset.
The nature of the bandgap also affects the efficiency of absorption in a material.
The energy of the emitted photons is close to the bandgap energy.
These supergratings have either a direct bandgap or an indirect bandgap depending on their composition.
And wherein the switching element is formed of wide bandgap semiconductor.
Bandgap structures are materials made by combining simple elements to form a periodic lattice.
For a trylayer or thicker the substance loses a bandgap and becomes semimetallic.
The wires used as photodetectors showed a contribution below the GaN bandgap.
Usually the emitter is composed of a larger bandgap material than the base.
But the bandgap measured by the research team was larger than what had been predicted.
Any incident photon with energy smaller than the bandgap is lost.
Any semiconductor having a bandgap in this range can be employed as the cathode material.
Radiative recombination is the recombination mechanism that dominates in direct bandgap semiconductors.
The ability to tune the bandgap makes quantum dots desirable for solar cells.
This internal voltage reference is known to those skilled in the art as a bandgap voltage.
The sensitivity of the detector is determined by the bandgap of the constituent semiconducting nanocrystals.
Artificial crystalline structures are also used as optical gratings and photonic bandgap devices.
Photonic crystals are periodic dielectric structures with a bandgap forbidding propagation of certain wavelengths of light.
The bandgap voltage reference circuit of the present invention fulfills the aforementioned requirements.
A resistive divider adapts the voltage level to the reference value based on a bandgap voltage.
