Примеры использования Low-enriched uranium на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
In 2017, the IAEA opened a low-enriched uranium fuel bank at the UMP's premises.
But most of their functions could be achieved using low-enriched uranium LEU.
Low-enriched uranium containing from 2% to 5% U-235 is used for NPP fuel production.
IAEA had proposed a potential international initiative to provide low-enriched uranium.
Preparations for Kazakhstan to host the low-enriched uranium bank under the auspices of the IAEA were also noted.
The critical assembly is the first Kazakhstan nuclear facility converted to low-enriched uranium fuel utilization.
Ii low-enriched uranium covered by A.1.2 when it is incorporated in assembled nuclear fuel elements for such reactors;
It was also engaged in negotiations for locating an international low-enriched uranium bank in Kazakhstan.
The HEU is blended into low-enriched uranium(LEU) and shipped to the US for use in commercial power reactor fuel.
The participants were informed about implementation of IAEA Bank of Low-Enriched Uranium Project in Kazakhstan.
Iran continued to accumulate low-enriched uranium and had begun enriching it up to 20 per cent, which was not justified for civilian purposes.
The negotiation between IAEA and the Government of Kazakhstan on creating the IAEA low-enriched uranium bank is still going on.
In most of these cases, however, low-enriched uranium(LEU) can be substituted for HEU, or other techniques can be applied to achieve the required results.
The European Union welcomed the agreement betweenthe Russian Federation and IAEA for the creation of a low-enriched uranium reserve.
Some States parties encouraged the further use of low-enriched uranium targets for radioisotope production.
Romania had also completed in 2006 a project for the full conversion of the TRIGA research reactor at Pitesti from highly enriched to low-enriched uranium.
Initiatives such as the establishment of a low-enriched uranium bank under the control of IAEA could facilitate long-term multilateral solutions.
We appreciate the Agency's support for the process of converting research reactors from highly enriched uranium to low-enriched uranium fuel.
Gaining the right to receive low-enriched uranium from the assured supply does not mean having to renounce the right to creating and developing one's own fuel cycle.
The Vienna Group welcomes the decisions by the IAEA Board of Governors related to assurances of supply,including the establishment of a low-enriched uranium bank, under the auspices of IAEA.
In other words,in order for them to receive low-enriched uranium from the guaranteed reserve, they are not required to waive the right to establish and develop their own fuel cycle.
To a large extent this was related to proliferation concerns butthere was also the prospect of producing low-enriched uranium for reactor fuel in a cheaper way.
Specifically, only low-enriched uranium is currently supplied for nuclear research reactors in the Czech Republic, Hungary, Ukraine, Uzbekistan and a number of other countries.
We welcome the consent of the Republic of Kazakhstan and the decision by the Agency on the choice of the specific site where the low-enriched uranium bank will be located in that country.
In 2017, TENEX was authorized by Rosatom to transit low-enriched uranium along the territory of the Russian Federation within the IAEA LEU Bank creation in Kazakhstan.
We have conducted an assessment of sixresearch nuclear reactors and confirmed the technical possibility of their conversion from highly enriched uranium to low-enriched uranium.
We confirm our unfailing support for the IAEA project to establish its own low-enriched uranium bank, initiated with the participation of, among others, the Russian Federation.
During a prime time televisión broadcast, CIA Director Leon Panetta asserted that,according to recent intelligence, Iran possesses by now enough low-enriched uranium to manufacture bombs 30.
Initiatives such as the IAEA low-enriched uranium bank could provide reserves of fuel to States and help meet the increasing need for fuel while minimizing proliferation.
Almost three tons of highly enriched uranium-- enough to produce more than 20 nuclear bombs-- are diluted and converted into low-enriched uranium to be used solely for peaceful purposes.