ceramic-fueled reactor oor Spaans
ceramic-fueled reactor
Vertalings in die woordeboek Engels - Spaans
reactor cerámico
reactor de combustible cerámico
Geskatte vertalings
Vertoon algoritmies gegenereerde vertalings
voorbeelde
Advanced filtering
Voorbeelde moet herlaai word.
The containment is the fourth and final barrier to radioactive release (part of a nuclear reactor's defence in depth strategy), the first being the fuel ceramic itself, the second being the metal fuel cladding tubes, the third being the reactor vessel and coolant system.
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In the context of the reactor fuel, the ceramic encapsulation prevents significant release of radioactive substances up to temperatures of 1,800° F or more, far above the maximum temperatures attained in the reactor, even in the "worst-case" accident scenarios.
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The first barrier, in certain types of reactors, is a ceramic material covering the uranium used as fuel element.
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Ceramic pellets are the most common form of reactor fuel. These are made from compressed uranium oxide, which is derived from a sintering (baking) process at more than 1400 degrees centigrade.
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Heading No 2844 applies only to : (a) technetium (atomic No 43), promethium (atomic No 61), polonium (atomic No 84) and all elements with an atomic number greater than 84; (b) natural or artificial radioactive isotopes (including those of the precious metals or of the base metals of Sections XIV and XV), whether or not mixed together; (c) compounds, inorganic or organic, of these elements or isotopes, whether or not chemically defined, whether or not mixed together; (d) alloys, dispersions (including cermets), ceramic products and mixtures containing these elements or isotopes or inorganic or organic compounds thereof and having a specific radioactivity exceeding 74 Bq/g (0,002 ìCi/g); (e) spent (irradiated) fuel elements (cartridges) of nuclear reactors; (f) radioactive residues whether or not usable.
Es solo el principioEurLex-2 EurLex-2
Heading No 2844 applies only to : (a) technetium (atomic No 43), promethium (atomic No 61), polonium (atomic No 84) and all elements with an atomic number greater than 84; (b) natural or artificial radioactive isotopes (including those of the precious metals or of the base metals of Sections XIV and XV), whether or not mixed together; (c) compounds, inorganic or organic, of these elements or isotopes, whether or not chemically defined, whether or not mixed together; (d) alloys, dispersions (including cermets), ceramic products and mixtures containing these elements or isotopes or inorganic or organic compounds thereof and having a specific radioactivity exceeding 74 Bq/g (0,002 mCi/g); (e) spent (irradiated) fuel elements (cartridges) of nuclear reactors; (f) radioactive residues whether or not usable.
Se analizará una muestra de gas con el equipo habitual (bolsa de muestreo o método de integración) y se calculará la masa del gasEurLex-2 EurLex-2
Used nuclear fuel is made up of small diameter ceramic pellets contained in long metal-alloy rods bound into rectangular arrays called assemblies that were placed in the reactor to generate energy.
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Drawing of the reactor vessel of the EBR-II The EBR-II core can accommodate as many as 65 experimental sub-assemblies for irradiation and operational reliability tests, fueled with a variety of metallic and ceramic fuels—the oxides, carbides, or nitrides of uranium and plutonium, and metallic fuel alloys such as uranium-plutonium-zirconium fuel.
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9 sinne gevind in 10 ms. Hulle kom uit baie bronne en word nie nagegaan nie.