Примеры использования Single crystals на Английском языке и их переводы на Русский язык
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Single crystals are rare.
Generally, in graphite single crystals are not ordered.
Single crystals growth unit for thermodynamic calculation;
Sapphire- made of single crystals of artificial sapphires.
Improving the technologies for manufacturing the large diamond single crystals with special properties.
Desorption from silicon single crystals in electron-beam crucible-free zone melting.
Presented by the State Scientific Institution"Institute for Single Crystals" NAS of Ukraine.
Super-large profiled single crystals of tungsten and molybdenum(plasma-induction method) Ukraine.
Distribution of thermoelastic stresses in surface of GaAs single crystals irradiated by laser pulse.
Measurement of Rocking Curves is a method for analyzing epitaxial structures with the layer andsubstrate being almost perfect single crystals.
Groups of raw materials: from single crystals, polycrystals, powders, etc.
Empyrean- multipurpose X-ray diffractometer,designed to study polycrystalline materials and perfect single crystals.
With the help of mastix or eyelash glue, single crystals and applications can be positioned almost everywhere.
Effect of twin boundaries and high pressure on fluctuation conductivity of optimally doped Y1Ba2Cu3O7-δ single crystals.
Residual IR quenching of intrinsic photoconductivity in single crystals of indium and gallium selenides(in Russian), DAN Az. SSR, 1989.
Influence of gadolinium impurities on the intrinsic photoconductivity induced by intrinsic light in indium selenide single crystals(in Russian)// DAN Az. SSR, 1985.
Thermoelectric power of hot current carriers in heat-treated single crystals of germanium-silicon alloys(in Russian).// FTP, 1976, Т.10, 7, p.1369-1373.
The detailed reaction mechanism and the structure sensitivity of methanation over nickel catalysts were addressed in collaboration with the Technical University of Denmark studying catalysts,theory and single crystals.
Research of electrophysical and transport properties of semiconductor synthetic single crystals diamond, in particular under the effect of the optical and ionizing excitation.
Single crystals of BGO(Bi12GeO20), BSO(Bi12SiO20) and their solid solutions are wide band-gap, high resistivity semi-insulators that are also piezoelectric, photoconductive, acousto-optic, magneto-optic and optically active.
Demand for iridium crucibles for growing high-quality metal oxide single crystals is also set to rebound.
PhD thesis of E. Arushanov"Investigation of transport properties in single crystals of cadmium antimonide" was written during the work in the laboratories of the Kishinev State University and the Ioffe Physical Technical Institute Leningrad.
At the general seminar in Moscow under the guidance of Professor O. B. Firsov it was noted that Tashlykov was the first among Soviet scientists who held the years experiments in 1971-1972 using ion channeling for layer-by-layer analysis of radiation damages in single crystals.
A principal scope of the department is growing the large diamond single crystals that have no natural analogues:“nitrogen-free” superpure, and semiconductor precisely doped by boron.
Research conducted by B. Grinyov enabled to develop industrial automated technology of growing the large highly transparent optical crystal with a diameter up to 600 mm,ideal scintillation single crystals of up to 520 mm in diameter and weighing more than 500 kg.
From 1996 to December 2002 he was Director of the Institute for Single Crystals(ISC)- General director of Scientific&Technology Concern«Institute for Single Crystals» NAS of Ukraine.
In 2001-2005, the Institute gained a range of world-class scientific achievements providing the Russian Federation with a leading position in the most important technological fields including the synthesis of superpure, semiconductor andmultilayer diamond single crystals that have no natural analogues.
He created ophthalmologic and medical super sharp scalpels from zirconium dioxide single crystals, which were used in clinics in Kyiv, Moscow, Melbourne and Sydney.
For instance, it is possible to grow single crystals of gallium nitride in this installation for light-emitting diodes, which can be used in energy-efficient lamps, as well as in radars for early detection of flying objects- missiles, planes, UAVs- at the distance of 400 km.
Models, methods, algorithms and software packages of self-learning DSS for solving problems of growth a large scintillate single crystals from the melt are used in the Institute for scintillation materials NAS of Ukraine.