• US validates high-temperature nuclear fission chamber for advanced reactors at 1,472°F Tests confirmed the Curtiss-Wright fission chamber can withstand these extreme reactor conditions. • A testing campaign led by the Department of Energy’s Oak Ridge National Laboratory (ORNL) has successfully validated a prototype high-temperature fission chamber, which is a critical component for the next generation of nuclear reactors. • “During the weeklong irradiation, the prototype maintained expected performance across all power levels while operating steadily at temperatures consistent with the maximum range of high-temperature reactors,” said ORNL in a press release. • The evaluation, conducted at The Ohio State University Research Reactor, confirmed that the sensor can maintain operational integrity at temperatures reaching 800 degrees Celsius (1,472°F). • Role of fission chambers in nuclear Safety In nuclear power generation, fission chambers function as primary sensors responsible for detecting neutrons. • This data is essential for starting a reactor and monitoring its power levels during operation.
Article Summaries:
- US validates high-temperature nuclear fission chamber for advanced reactors at 1,472°F Tests confirmed the Curtiss-Wright fission chamber can withstand these extreme reactor conditions. A testing campaign led by the Department of Energy’s Oak Ridge National Laboratory (ORNL) has successfully validated a prototype high-temperature fission chamber, which is a critical component for the next generation of nuclear reactors. “During the weeklong irradiation, the prototype maintained expected performance across all power levels while operating steadily at temperatures consistent with the maximum ran
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