Примеры использования Uranium fuel на Английском языке и их переводы на Русский язык
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Uranium fuel fabrication facility.
In turn, Rosatom covers 25 percent of France's uranium fuel needs.
The 40 MW reactor used natural uranium fuel, while using heavy water as a moderator.
Steel has ahigher cross section and this change demanded the switch to enriched uranium fuel to maintain criticality.
Highly enriched uranium fuel has been partially removed from 5 countries- Germany, Poland, Uzbekistan, Kazakhstan and Belarus.
The first criticality accident in Japan occurred on 30 September at a uranium fuel conversion plant located in Tokaimura.
Further, unlike proven uranium fuel recycling technology(e.g. PUREX), recycling technology for thorium(e.g. THOREX) is only under development.
Its uranium division is the world's fifth largest producers of uranium fuel pellets for nuclear power plants.
Most of the HEU is military; roughly 25% of the HEU officially declared excess has been eliminated by blend-down for low enriched uranium fuel.
It is a unique facility where natural and enriched uranium fuel, zirconium alloy cladding and reactor core components are manufactured under one roof.
We appreciate the Agency's support for the process of converting research reactors from highly enriched uranium to low-enriched uranium fuel.
To date, Russia has completely removed highly enriched uranium fuel from 9 countries- Bulgaria, Latvia, Libya, Romania, Serbia, Ukraine, Czech Republic, Vietnam and Hungary.
Overall, since the start of the programme 790 kg of fresh(hereinafter regarding uranium) and1,269 kg of spent highly enriched uranium fuel have been returned from 14 countries.
Canada's first shipment of spent highly enriched uranium fuel was successfully returned to the United States in 2010, and a second shipment was repatriated in 2012.
In total, since the existence of the program, 790 kg of fresh(hereinafter, the data refers to uranium) and1,269 kg of irradiated highly enriched uranium fuel have been removed from 14 countries.
So far, the Russian Federation has removed all highly enriched uranium fuel from nine countries, namely, Bulgaria, Latvia, Libya, Romania, Serbia, Ukraine, Czech Republic, Viet Nam and Hungary.
The Institute for Nuclear Research(ICN)Pitesti converted the TRIGA-SSR Research Nuclear Reactor from highly enriched uranium fuel(HEU) to low enriched uranium fuel LEU.
Thus, a large scale project was launched for supply of uranium fuel pellets to China which will be used in fuel production for the largest nuclear power plant owner in China- China Guangdong Nuclear Power Corporation CGNPC.
The minimization of the use of highly enriched uranium in civilian applications,including the conversion of civilian research reactors to low-enriched uranium fuel, carries non-proliferation and security benefits.
The repatriation of highly enriched uranium fuel from Russian- and American-designed research reactors in third countries takes place through cooperation between the Russian Federation and the United States with IAEA involvement.
The main products include: natural U3O8 from ore,Uranium dioxide ceramic powder, Uranium fuel elements for VVER, RBMK and PWR reactors and services to recover spent uranium. .
The Vienna Group recognizes the non-proliferation and security benefits of the minimisation of the use of highly-enriched uranium(HEU) in civilian applications,including the conversion of civilian research reactors to low-enriched uranium fuel LEU.
At present, our efforts are focused on developing and certifying new high-density low-enriched uranium fuel needed for the conversion of relevant reactors in Tomsk and the Kurchatov National Research Centre.
Facilities relevant in these contexts are reprocessing plants; enrichment plants; mixed oxide fuel fabrication plants; research andpower reactors; on-load reactors; and uranium fuel fabrication plants.
There is also no obvious requirement: India's indigenous power reactors use natural uranium fuel and imported PWRs in both India andPakistan come with low-enriched uranium fuel supply.
The Vienna Group recognizes the non-proliferation and security benefits of the minimization of the use of highly enriched uranium in civilian applications,including the conversion of civilian research reactors to low-enriched uranium fuel.
The current military enrichment plants may be too small to provide the tens of tons of low-enriched uranium fuel(typically up to 5% enriched) required annually by modern light water reactors PWRs.
This technology has yet to be developed and costs are likely to be high, butit is of interest to countries planning to reprocess spent fuel to recover the maximum energy from uranium fuel by recycling the recovered plutonium.
It urged States not to support new projects involving highly enriched uranium fuel and called on the Conference to establish the goal of its total elimination from the civil nuclear sector as soon as technically feasible.
The experience gained by the assigned group from its earlier work, in the radiochemical laboratory(building 9),on the small-scale reprocessing of irradiated natural uranium fuel for the separation of plutonium greatly facilitated the task.