Physicochemical properties of UO3 products synthesized via a flame denitrification reactor
摘要
Abstract
The rational utilization of nuclear energy is crucial in current global energy system. Using a flame denitrification reactor
this study develops uranium trioxide (UO
3
)
a critical intermediate product in the nuclear fuel cycle
and systematically characterizes its physicochemical properties. The UO
3
products are comprehensively examined to assess their suitability for downstream nuclear industry applications. Our results indicates that high-quality UO
3
products can be obtained using flame denitrification reactor at temperatures between 440 °C and 480 °C. This study reveals the considerable potential of UO
3
production
via
flame denitrification
marking a significant advancement towards enhanced nuclear fuel cycle systems.
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