大功率速调管在雷达发射机中的运用越来越广泛。
High-power klystron are used in radar transmitter more and more.
本文根据某雷达发射机冷却系统的设计。介绍了大功率速调管发射机水冷系统的设计方法。
Based upon the design for the cooling system of a certain radar transmitter, the paper proposes a design method of water cooling system for a high power klystron transmitter.
速调管走廊内的辐射场主要是由于大功率速调管的运行造成的，因各个速调管参数不一致而使各点的辐射剂量呈现出较大的差异。
The radiation field in the klystron gallery mainly comes from the klystrons. It varies because of the different parameters of each klystron.
雷达发射机中大功率器件(如速调管)的强迫液体冷却是一种常用的冷却方式。
Forcing liquid cooling for high power devices (such as klystron) in-radar transmitter is a common cooling method.
雷达发射机中大功率器件(如速调管)的强迫液体冷却是一种常用的冷却方式。
Forcing liquid cooling for high power devices (such as klystron) in-radar transmitter is a common cooling method.
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