作业帮英语翻译高温气冷堆具有热效率高（40%~41%）,燃耗深（最大高达20MWd/t铀）,转换比高（0.0.8）等优点.由于氦气化学稳定性好,传热性能好,而且诱生放射性小,停堆后能将余热安全带出,安全性能
来源：学生作业帮助网 编辑：作业帮 时间：2024/11/13 04:09:25
英语翻译高温气冷堆具有热效率高（40%~41%）,燃耗深（最大高达20MWd/t铀）,转换比高（0.0.8）等优点.由于氦气化学稳定性好,传热性能好,而且诱生放射性小,停堆后能将余热安全带出,安全性能
英语翻译
高温气冷堆具有热效率高（40%~41%）,燃耗深（最大高达20MWd/t铀）,转换比高（0.0.8）等优点.由于氦气化学稳定性好,传热性能好,而且诱生放射性小,停堆后能将余热安全带出,安全性能好.
英语翻译高温气冷堆具有热效率高（40%~41%）,燃耗深（最大高达20MWd/t铀）,转换比高（0.0.8）等优点.由于氦气化学稳定性好,传热性能好,而且诱生放射性小,停堆后能将余热安全带出,安全性能
High-temperature gas-cooled reactor with high thermal efficiency (40% ~ 41), burnup deep ($20MWd/t uranium), conversion ratio is high (0.7-0.8), etc. Because of the helium chemistry stability is good, good performance, and trap heat, after birth TingDui radioactive waste can be a good performance, safety belt.
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High temperature gas cooled reactor with thermal efficiency (40% ~ 41%), burn depth (maximum up to 20MWd / t uranium), the conversion is high (0.7 ~ 0.8) and so on. As the helium chemical stability, heat transfer performance, and induced radioactivity is small, can heat after shutdown belts out, good safety performance.
高温气冷堆具有热效率高（40%~41%），燃耗深（最大高达20MWd/t铀），转换比高（0.7~0.8）等优点。由于氦气化学稳定性好，传热性能好，而且诱生放射性小，停堆后能将余热安全带出，安全性能好。
High temperature gas cooled reactor with thermal efficiency (40% ~ 41%), burn depth (maximum up...
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高温气冷堆具有热效率高（40%~41%），燃耗深（最大高达20MWd/t铀），转换比高（0.7~0.8）等优点。由于氦气化学稳定性好，传热性能好，而且诱生放射性小，停堆后能将余热安全带出，安全性能好。
High temperature gas cooled reactor with thermal efficiency (40% ~ 41%), burn depth (maximum up to 20MWd / t uranium), the conversion is high (0.7 ~ 0.8) and so on. As the helium chemical stability, heat transfer performance, and induced radioactivity is small, can heat after shutdown belts out, good safety performance.
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The advantages of high-temperature gas-cooled reactor are high thermal efficiency(40%~41%), high burnup level(the highest can reach 20MWd/t uranium) and high conversion ratio(0.7~0.8). It has a good s...
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The advantages of high-temperature gas-cooled reactor are high thermal efficiency(40%~41%), high burnup level(the highest can reach 20MWd/t uranium) and high conversion ratio(0.7~0.8). It has a good safety performance due to its excellent chemical stability of helium and good heat transfer performance, as well as very low induced radioactivity,the waste heat can be easily brought out after shutdown.
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