Examples of using Uranium oxide in English and their translations into Arabic
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Colloquial
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Political
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Ecclesiastic
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Ecclesiastic
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Computer
The reactors we have today use uranium oxide as a fuel.
There will be uranium oxide showering over that whole town.
The Argentine government agreed to sell Israel yellowcake(uranium oxide).
Viii Conversion of uranium oxides to UCl4.
Design the prototype of the extraction unit andconduct a study on the production of uranium oxide.
Iii Conversion of uranium oxides to UF4 or UF6;
The remainder of what it had produced is being converted into uranium oxide(see Annex II).
Inhalation of uranium oxide aerosols may have immediate or delayed health effects.
A proportion of this material is being downblended andthe remainder is being converted to uranium oxide.
Curite is a lead uranium oxide mineral with formula: Pb3( UO2) 8O8( OH) 6 3( H2O).
Before World War II,it was common for manufacturers of ceramic dinnerware to use uranium oxide in colored glazes.
Uranium oxide particles with micro dimension and in the form of mobile aerosol are spread widely by air circulation.
Significant progress has been made in the course ofIAEA-22 in verifying the origin of the large natural uranium oxide stock declared by the Iraqi authorities to be of Brazilian origin.
The retention of particles of uranium oxide in the lung tissue means that they increase constantly as long as the victim remains alive.
In Vienna, at the beginning of December, preliminary discussions were held between the IAEA action team andCIR Minatom regarding procedures for the sale of the reprocessed uranium oxide.
The continued presence of uranium oxide particles in the lung tissue caused continuous swelling therein as long as the affected person remained alive.
In total 10.3 tons uranium equivalent were processed to produce UO2, UF4,U metal and other uranium oxides and uranium containing wastes.
The uranium oxide resulting from the reprocessing is being moved to the Elektrostahl facility, also in the Russian Federation, where it will be placed under IAEA safeguards.
The preferred method of the Russian Federationis to convert excess plutonium to oxide form, mix it with uranium oxide, and fabricate mixed-oxide(MOX) fuel for use in nuclear reactors.
Currently the uranium oxide is largely stored, although Urenco re-enriched recycled uranium in the past and some is still sent to Russia for re-enrichment.
Although it is possible to use MOX in any LWR,MOX is currently more expensive than fresh uranium oxide fuel, and no substantial increase in MOX fuel requirements is expected in the near term.
On 18 and 19 August 2014, the Agency conducted an inspection and a DIV at FPFP during which it confirmed that therewas no process line at the plant for the reconversion of uranium oxide into UF6.
At the Tokai and Rokkashomura plants in Japan,the immediate next steps are denitration to produce uranium oxide powder(UO3) and co-denitration to produce mixed uranium-plutonium oxide powder(UO2-PuO2).
With the assistance of the Brazilian authorities, IAEA has finished its verification of the completenessand has assessed the correctness of the information provided by the Iraqi authorities regarding the amount of natural uranium oxide of Brazilian origin exported to Iraq.
In a letter dated 8 February 2014, Iran informed the Agency that a" 10 MW light water pooltype research reactor with 20% enriched uranium oxide fuel, is planned to be constructed in order to fulfil the national demand on educational nuclear research, material testing, medical radio isotopes production and other beam line application", and that" the site selection process is still in its preliminary stages.".
The Russian Federation and the United States have alsoagreed to convert some of their excess plutonium stocks through conversion to oxide form and mixing with uranium oxide, thereby fabricating mixed-oxide(MOX) fuel for use in reactors.
Since the JPA took effect, Iran has not enriched UF6 above 5% U-235 at any of its declared facilities and all of its stock of UF6 enriched up to 20% U-235 has been further processed through downblending orconversion into uranium oxide.
The study confirms that the UKAEA report indicates that the real danger stems from the uranium dust produced by the impact of DU projectiles and by their combustion inside Iraqi vehicles and tanks.This generates an enormous number of very small particles of uranium oxide that are carried by the wind over long distances, enter the respiratory system and cause lung cancer.
Up to the point at which it stopped producing UF6 enriched up to 20% U-235, 447.8 kg of such nuclear material, all of which has been further processed through downblending orconversion into uranium oxide(see Annex III). D. 1.
They emphasized that, according to the report of the United Kingdom Atomic Energy Authority, the real danger arose from the uranium dust produced when depleted uranium shells hit and burned out Iraqi armoured vehicles,dispersing a large number of very small particles of uranium oxide which were carried by the winds over great distances and, on entering the respiratory system, caused lung cancer.
