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THERMAL RESPONSE OF THE MULTIPLIER OF AN ACCELERATOR-DRIVEN SYSTEM TO BEAM INTERRUPTIONS

机译:加速器驱动系统倍增器对光束干扰的热响应

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摘要

Thermal response of the multiplier of an accelerator-driven system to beam trips has been calculated for sodium cooled and lead-bismuth cooled multipliers. The temperature transients caused by a beam trip lead to thermal fatigue in structural components, and restoring the beam causes an additional temperature transient that adds to thermal fatigue. Design lifetimes for various multiplier components are calculated, based on the frequency of beam interruptions and on the thermal fatigue per interruption. Mitigation strategies to increase design lifetimes are discussed.
机译:对于钠冷却和铅铋冷却的倍增器,已经计算出加速器驱动系统的倍增器对光束跳闸的热响应。由光束跳闸引起的温度瞬变会导致结构部件的热疲劳,而恢复光束会导致额外的温度瞬变,从而增加热疲劳。根据光束中断的频率和每次中断的热疲劳,计算各种倍增器组件的设计寿命。讨论了延长设计寿命的缓解策略。

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