Приклади вживання Dielectrics Англійська мовою та їх переклад на Українською
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Dielectrics Physics.
Between metals and dielectrics.
Between dielectrics and semiconductors.
Electric Field in Cavities in Dielectrics.
Metals, dielectrics and semiconductors in a band theory.
Gases consisting of neutral molecules are dielectrics.
Metals, dielectrics and semiconductors in a band theory.
High-voltage installation for testing of solid dielectrics DTE-40.
At 0 K semiconductors behave as dielectrics, at increase of temperature conductivity of the semiconductor grows.
If there are no charged particles, gases are good dielectrics.
The difference between semiconductors and dielectrics is more quantitative than qualitative.
AFM- atomic force microscopy(conductors, semiconductors, dielectrics).
The reflection coefficients of dielectrics are much smaller than those of metals(only 4 percent for glass with an index of refraction n= 1.5).
At 0 Kmetals in a conduction band have electrons, at their dielectrics are not present.
All gases and many liquid, semiconductors and dielectrics under the influence of x-ray radiation increase the electrical conductivity.
Attestation of measuring diagrams of insulation parameters of solid and liquid dielectrics;
High layer count boards(10+) require thin dielectrics(usually 0.006 or smaller on 0.062 thick plates), so they are automatically tightly coupled.
Maxwell extended this view of displacement currents in dielectrics to the ether of free space.
Radiation Q-factor of different shape dielectric resonators with tested conductors and liquid dielectrics.
The digital panel device measures the dielectrics leakage current in both DC and AC voltage modes, which significantly increases the device application area.
A thin layer of conductive but electrically insulated dielectrics is laminated with copper.
It has made it possible to understand the nature of and explain the most important properties of metals,semiconductors, and dielectrics.
At dielectrics(III) valence band is filled completely, the forbidden band breadth is great(DE>3 eV) the thermal motion cannot throw an electron from a valence band in a conduction band.
At metals is not present orvery narrow forbidden band, at dielectrics- a major forbidden band.
Such dielectrics are frequently called antiferroelectrics, although the observed properties generally are not related to the historical concepts of antiparallel dipole structures.
A considerable quantity of substances which occupy on theelectrical properties the intermediate standing between conductors and dielectrics concerns semiconductors.
High temperatures can be disastrous for unprotected PCBs,damaging dielectrics and conductors, creating mechanical stresses due to differences in thermal expansion rates and ultimately causing everything from inconsistent performance to total failure.
Application of high frequency allowed substantial reduction of the surface temperature andproduction of coatings with excellent adhesion on metals and dielectrics, including the inner surfaces of items.
A theory of propagation of electromagnetic waves in fine-layeredperiodic structures created layers of semiconductors, dielectrics and ferrites, located in an external magnetic field was constructed.
Supercapacitors, also called electric double-layer capacitors(EDLC) or ultracapacitors, are generic terms for a family of electrochemical capacitors thatdo not have conventional solid dielectrics.