Примеры использования Doped на Английском языке и их переводы на Русский язык
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Colloquial
A number of fundamental results concerning the interaction of molecules with high-energy irradiation of fullerenes and doped metal atoms have been received.
Development of the deposition process of zinc oxide doped with rare earth elements thin films for photovoltaic energy converters Dr. Chubenko E.B.
Evolution of electronic Raman spectra of boron clusters in diamond crystals doped with boron, depending on the concentration of boron.
layer thicknesses doped and others.
1300 nm for lasers based on Yb-, Er- and P- doped fibers, respectively.
The observed regularities are explained in terms of the cluster model of a structure(two-phase model) of doped glass.
The prospectivity of work on the creation of sensory elements of sensors on the basis of doped oxide of titanium is shown.
This paper reports the results of the study of photoelectronic properties of nanocrystalline titanium dioxide doped with carbon and nitrogen.
according to physicists in doped diamond nano- pin's.
Developing the synthesis methods for diamond single crystals having no natural analogues(high purity, doped, semiconductor, multilayer).
which have no natural analogues(superpure, doped, and semiconductor).
special probe made of superhard fullerenes and doped synthetic diamonds.
a probe of the ultrahard fullerites and synthetic doped diamonds was developed and constructed in FSBI TISNCM.
Monocrystal and amorphous lithium tetraborates doped by transition metal ions
and periodically doped silicon structures.
including a copper doped phosphor, on a plastic film substrate.
A glass electrode is a type of ion-selective electrode made of a doped glass membrane that is sensitive to a specific ion.
The thermoelectric properties of heavily doped p-type PbTe are studied theoretically in the temperature interval of 300 to 900\, K.
Studies of the optical properties of diamonds doped with boron and other elements to produce the p-
It has been shown that structurally homogeneous states of manganese doped semiconductor nanolayers has no thermodynamic stability at T 0 K for all studied compounds and at any concentrations of alloying element.