Примеры использования Fast neutron на Английском языке и их переводы на Русский язык
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Production of fuel set for research fast neutron reactor CEFR(China);
Fast neutron reactors have now been in use in industrial facilities for more than 40 years.
Since 1950, he administered the project for creating the Soviet fast neutron reactor.
The Fast Neutron Physics Group used the R-process to determine the neutrons' behaviour in the fissionable device.
It has also been proposed as nuclear fuel in some fast neutron nuclear test reactors.
The Fast Neutron Physics Group(FNPG) took research in and examined the problems in the science of neutron, a subatomic particle.
Russia Awarded for development of physical-technical basis and creation of fast neutron reactors.
Fast neutron reactor where the heat carrier within the first and second loop consists of sodium, while the third loop carries water and steam.
Thus, Alexander Vurim presented the results of research in substantiation of fast neutron reactors safety.
It is designed to register fast neutron fluxes, which make it possible to determine the mineralogical composition of the surface of Mars.
FyODOr mITEnKOV(ruSSIA) Development of physical technical basis and development of a fast neutron reactor.
Its function is to register fast neutron fluxes, which makes it possible to determine the mineralogical composition of the surface of Mars.
An experimental stand was commissioned to test andcalibrate nuclear planetary science instruments equipped with fast neutron generators.
The objective of these technologies is to enable plutonium to be recycled as fuel in fast neutron reactors without the plutonium being fully separated from fission products and minor actinides.
This reactor was used to test the performance of materials under intense neutron irradiation, particularly those intended for fuel cladding andother structural uses in a fast neutron reactor core.
He headed the work ofOKBM to design and master the production of the world's first fast neutron power reactor with sodium coolant BN-350 and BN-600.
Include nuclear power technologies of new generation based on fast neutron reactors(BN, Brest) with closed nuclear fuel cycle for NPP to ensure the country's needs for energy and more efficient use of natural uranium and spent nuclear fuel.
His scientific interests cover researches of nuclear reactions proceeded under the intermediate and fast neutron activity, and photonuclear reactions.
The increasing use of plutonium recycle, and the prospective introduction of fast neutron reactors, must be pursued in ways which enhance non-proliferation objectives and avoid adding to proliferation and terrorism risks. 14.9-15.
He was given the title"Coordinator of Rapid Rupture", which specifically referred to the propagation of a fast neutron chain reaction in an atomic bomb.
The increasing use of plutonium recycle, and the prospective introduction of fast neutron reactors, must be pursued in ways which enhance non-proliferation objectives and avoid adding to proliferation and terrorism risks. 14.9-15.
A supply set can include a container certified by absorbed dose rate,which is designated to store and transport one fast neutron source IBN-7, IBN-9, Am1. 26, Am1. 27.
New technologies such as vapour particle detectors, computed tomography, nuclear quadropole resonance, thermal neutron analysis,pulsed fast neutron analysis and nuclear resonance absorption are all at various stages of development and are driven by the aviation industry in a major effort to improve airline security.
Unique technical characteristics of MBIR will allow to solve a wide spectra of research tasks in justification of constructing new competitive andsecure nuclear power facilities including fast neutron reactors for nuclear fuel cycle closure.
Hydrogen permeability studies were performed using samples of stainless steel Cr18Ni10Ti, nickel,vanadium alloy V-4Cr-4Ti, copper alloy CuCrZr in IVG.1M reactor at fast neutron flux of 1013 n/cm 2 s, thermal neutron flux of 1014 n/cm 2 s, at temperature range 523-1023K and hydrogen input pressure of 10 -2- 10 6 Pa.
Work continued on board the American Mars Odyssey spacecraft to detect and locate subsurface aqueous ice on Mars using the High Energy Neutron Detector(HEND)instrument complex, which the Russian Federation helped to develop HEND makes it possible to register fast neutron flows from the surface of Mars caused by the action of solar winds.
In accordance with the nuclear energy development strategy of Russia for thefirst half of the twenty-first century approved by the Government, several innovative projects based on thermal and fast neutron reactors are under way. These will particularly help address the problems of safe use of weapon-grade and energy plutonium while preparing for the transition to complete closed fuel cycle.
Development of the nuclear energy industry on the basis of the more sophisticated types of thermal reactors will increase the energy supply andwill become the transit form from the present hydrocarbon to the future large-scale nuclear energy industry, with the fast neutron reactors, closed fuel cycle and utilizing the nuclear fuel wastes.
In accordance with our strategy for nuclear-power development in Russia in the first halfof the twenty-first century, we have initiated a number of innovative projects using thermal reactors and fast neutron reactors. The goal is to address, inter alia, the issue of how to ensure the safe use of weapons-grade and energy plutonium and of how to prepare for the transition to a totally closed fuel cycle.
Work continued on board the United States Mars Odyssey spacecraft on detecting and localizing subsurface aqueous ice on Mars, using the High-Energy Neutron Detector(HEND) instrument complex, which the Russian Federation helped to develop.This makes it possible to register fast neutron flows from the surface of Mars caused by the action of solar winds.