Results 201 to 210 of about 63,160 (263)
Emerging strategies for durable Pt catalysts in PEMFCs. [PDF]
Chem SciChen Y, Meng L, Sun H, Lin H, Sun S.
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Sphericity Control of UO<sub>2</sub> Fuel Kernels Through Gelling Media Coupling with Multi-Field Washing. [PDF]
Materials (Basel)Geng L +10 more
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Research on microgrid cluster optimization method based on sparrow search algorithm. [PDF]
Sci RepSu H, Mu P, Xu S, Wang L, Yu L, Zhang B.
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Thermionic Fuel Element with Cermet Fuel
Atomic Energy, 2018A method of calculating and the computational results obtained for the time variation of the radial deformation of the fuel-element cladding of a single-element EGC based on cermet with a polycrystalline molybdenum matrix in which uranium dioxide particles are distributed are presented.
A. S. Gontar’ +2 more
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Energy, 1991
Abstract The state of the art for fuel and uranium-graphite fuel elements for HTGRs being developed in the USSR is described. The results of investigating the main characteristics of the spherical fuel element materials and components are reported. Included in the studies are: uranium dioxide microspheres, protective pyrocarbon and silicon carbide ...
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Abstract The state of the art for fuel and uranium-graphite fuel elements for HTGRs being developed in the USSR is described. The results of investigating the main characteristics of the spherical fuel element materials and components are reported. Included in the studies are: uranium dioxide microspheres, protective pyrocarbon and silicon carbide ...
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Nuclear Engineering and Design, 1966
Abstract A method is described for the end closure of claddings of fuel elements obtained by hot swaging. Cladding materials are dispersion hardened metals, and particularly SAP (synthered aluminum with Al2O3 dispersion) and NiTD ∗∗ (nickel synthered with ThO2 dispersion). Results obtained are reported in the present paper.
E. Brutto, G. Perona, R. Sesini
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Abstract A method is described for the end closure of claddings of fuel elements obtained by hot swaging. Cladding materials are dispersion hardened metals, and particularly SAP (synthered aluminum with Al2O3 dispersion) and NiTD ∗∗ (nickel synthered with ThO2 dispersion). Results obtained are reported in the present paper.
E. Brutto, G. Perona, R. Sesini
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Nuclear Engineering and Design, 1972
Abstract This lecture concentrates on design features which may limit the performance of water-cooled power reactors. However, a comprehensive review of all aspects of design is beyond its scope. Apart from achieving its target in terms of reactivity life and thermal and hydraulic performance, a fuel element has done its job if it endures to its ...
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Abstract This lecture concentrates on design features which may limit the performance of water-cooled power reactors. However, a comprehensive review of all aspects of design is beyond its scope. Apart from achieving its target in terms of reactivity life and thermal and hydraulic performance, a fuel element has done its job if it endures to its ...
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Temperature inside the fuel elements
2009Chapter 2 gives the methods for describing steady and transient temperature fields in the fuel elements. Some information is provided regarding influence of the cladding oxidation, hydrogen diffusion, and corrosion product deposition on the temperature fields.
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Nuclear Science and Engineering, 1962
A multiregion fuel element is described that can be designed to take advantage of the high density and high thermal conductivity of the metal as well as of the high operating temperature of the oxide. This is accomplished by using a rod-shaped element having an outer annulus of metal and a central core of oxide.
M. R. Fleishman +2 more
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A multiregion fuel element is described that can be designed to take advantage of the high density and high thermal conductivity of the metal as well as of the high operating temperature of the oxide. This is accomplished by using a rod-shaped element having an outer annulus of metal and a central core of oxide.
M. R. Fleishman +2 more
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