Study on Radial Temperature Distribution of Aluminum Dispersed Nuclear Fuels: U₃O₈-Al, U₃Si₂-Al, and UN-Al

Engineering & Materials Science

• Accidents 9%
• Aluminum 63%
• Density functional theory 17%
• Electrons 11%
• Heat conduction 24%
• Melting 22%
• Nuclear fuels 100%
• Nuclear reactors 12%
• Phonons 18%
• Temperature 28%
• Temperature distribution 67%
• Thermal conductivity 42%
• Thermal gradients 23%
• Transport properties 14%
• Uranium 95%

Physics & Astronomy

• accidents 11%
• aluminum 56%
• conductive heat transfer 20%
• density functional theory 7%
• electrons 4%
• fissionable materials 14%
• matrices 5%
• melting 15%
• nuclear fuels 96%
• nuclear reactors 11%
• pellets 10%
• phonons 6%
• predictions 5%
• profiles 5%
• radial distribution 10%
• temperature 12%
• temperature distribution 66%
• temperature gradients 17%
• temperature profiles 19%
• thermal conductivity 32%
• transport properties 8%
• uranium 83%