Примеры использования Experimental nuclear на Английском языке и их переводы на Русский язык
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The Nyongbyon 5-MWe Experimental Nuclear Power Plant;
Experimental nuclear physics, nuclear physics methods in sidelines of science and industry.
In 1969 he got his PhD in experimental nuclear physics at the University of Hamburg.
The subject of the symposium was devoted to the new tendencies in the development of theoretical and experimental nuclear physics.
Professor Wilhelm works in the field of experimental nuclear physics and elementary particle physics.
The 6th International Scientific School for Young Scientists and Students«Instruments and Methods of Experimental Nuclear Physics.
In 2012, the Department of Experimental Nuclear Physics was joined with the Department of Medical Physics, forming a Department of Nuclear and Medical Physics.
As is known, the replacement of fuel rods has begun at our 5-megawatt experimental nuclear power station according to its operation plan.
On 8- 10 November 2017 in the Frank Laboratory of Neutron Physics the 8th International School for Young Scientist and Students«Instruments and Methods of Experimental Nuclear Physics.
In particular, the Committee has launched two new projects in the fields of experimental nuclear physics, one of which will enhance the relations of JINR with the University of Novi Sad.
Any exception would have a negative impact on the environment andwould cast doubt on the determination to ensure a permanent halt to experimental nuclear explosions.
Pending its entry into force, the EU calls on all States to respect the moratorium on experimental nuclear tests and to abstain from any act contrary to the obligations and provisions of the Treaty.
Additionally, no obstacles had been raised to the safeguards measures required to verify the non-diversion of fuel discharged from the 5-MWe Experimental Nuclear Power Reactor.
Further, the problem has been aggravated by the discharge of spent fuel from the 5-megawatt experimental nuclear power reactor without the appropriate safeguards measures requested by the Agency.
Most active cooperation in experimental nuclear physics took place with Scientific experimental detail of nuclear spectroscopy and radiochemistry of Dzhelepov Laboratory of Nuclear Problems.
The 8th International School for Young Scientist and Students«Instruments and Methods of Experimental Nuclear Physics» started on 7 November 2017.
As is known, our five-megawatt experimental nuclear power plant had no other choice than to begin the core refuelling operations from early May for technical or safety reasons.
The name of the department changed several times: Department of Physics of the Atomic Nucleus, Department of Physics of the Atomic Nucleus and Electronics,Department of Electronic Processes, Department of structure of matter, Department of Experimental Nuclear Physics.
He also stated that"the refuelling at the 5 MW(e) experimental nuclear power plant is still at the stage of technical and practical preparation for it and therefore the refuelling will not take place soon.
Students studying nuclear physics and medical physics study in different groups andattend different courses: nuclear physicists specialize in experimental nuclear physics, while medical physics students study biology and medical equipment in more detail.
In June 1952, Goncharov was assigned to work in the department of experimental nuclear reactors at KB-11, usually referred to as Arzamas-16 and now known as All-Russian Scientific Research Institute of Experimental Physics(VNIIEhF), in Sarov, Nizhny Novgorod region.
It is worth mentioning that in 2014 students from RSA, Egypt, Slovakia, the Czech Republic, Belarus, Serbia and Bulgaria had the opportunity to use this laboratory andmake their first steps in experimental nuclear physics during their summer practice in the JINR University Centre.
Moreover, in addition to the activities currently being carried out at the 5-MWe Experimental Nuclear Reactor, Agency inspectors would be able to enter the reactor fresh fuel storage[area] and verify the fresh fuel rods there.
I very much regret that you came to a"hasty conclusion" that IAEA could not provide assurance about the non-diversion of nuclear material,alleging that the technical possibility for later measurement of core fuel rods would be lost at the five-megawatt experimental nuclear power plant.
The issues relate to the taking of certain measurements of fuel rods in storage at the DPRK's 5 MW(e) experimental nuclear reactor and to the monitoring of nuclear-waste tanks at the reprocessing plant in the DPRK to verify that there is no movement or any operation there involving those wastes.
Within the framework of the Conference leading JINR scientists will give lectures in English on theoretical physics, mathematical modeling and computational physics, high energy physics, particle accelerators andnuclear reactors, experimental nuclear physics, applied research, information technology, condensed matter physics, and life science.
When the Agency inspectors asked for the arrangements needed for the measurements of the damaged fuel at the experimental nuclear power plant, our facility operators provided them with the necessary conditions for their measurements even through complicated process manipulation, despite the risk of exposure to a high-level radioactive dose.
In my letter of 27 May 1994(S/1994/631, annex), I explained, inter alia, that although a team of Agency officials had held extensive discussions with officials of the Democratic People's Republic of Korea in Pyongyang and Nyongbyon from 25 to 27 May,no agreement had been reached about how to proceed with implementation of the safeguard measures required during the fuel discharge operation at the five megawatt experimental nuclear power reactor.
Over a three-day period, that is, from 25 to 27 May,the team had extensive discussions with officials of the Democratic People's Republic of Korea in Pyongyang and with operators of the experimental nuclear power reactor at Nyongbyon in an attempt to reach agreement about how to proceed with the implementation of the safeguards measures required.
The Agency had continued to carry out inspection activities although it had to be noted that in the summer of 1994 the Democratic People's Republic of Korea had declined access to two declared facilities- the Nuclear Fuel Rod Fabrication Plant andthe Nuclear Fuel Rod Storage Facility- and had restricted the scope of Agency activities at two other facilities- the 5-MWe Experimental Nuclear Reactor and the Radiochemical Laboratory.