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Showing 1 to 5 of 5 for “"Advanced TRISO"”.
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Coating Parameters of Zirconium Carbide On Advanced Triso Fuels
… greatly depends on the tri-structural isotropic (TRISO) fuel particles reliability to retain both gaseous and metallic fission products created in irradiated UO2. Most research devoted to TRISO fuel particles has focused on the characteristics and retention ability of silicon carbide as the main …
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Thermodynamic and Thermochemical Investigation of Advanced Triso Coated Particle Fuels
… for the next several decades. Research into advanced fuels is an important part of GenIV development. The coated particle fuel concept has been considered since the 1940s and the zirconium carbide layer of the advanced coated particle fuel has been considered to solve the specific problems …
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The Effect of Coating Parameters On Advanced TRISO Fuels With Zirconium Carbide
<p>Recent studies of TRISO fuel behavior have shown a number of problems with the conventional SiC TRISO coating system at very high temperature, not unlike the temperatures obtainable in the very high temperature reactor (VHTR) design. These problems include but are not limited to over …
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The Deposition Characteristics of Zrc On Uo2 Kernels Produced For Advanced Triso Fuels In Gen-Iv Reactors
… ability of the tri-structural isotropic fuel (TRISO) to maintain its structural integrity under irradiation at temperatures of normal operation and accident scenarios. The silicon carbide (SiC) layer typical of most TRISO fuels acts as both a diffusion barrier and a pressure vessel for the …
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Investigation of the hydrodynamics and scale-up of advanced TRISO nuclear fuel manufacturing using sophisticated measurement techniques
… (VHTR) extremely depend on the quality of the TRISO nuclear fuel coated particles. However, the coating of the TRISO particles is delicate process and impacted by the hydrodynamics of spouted beds. Therefore, in this work, we applied advanced non-invasive measurement techniques which are …