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首页> 外文期刊>Physica, C. Superconductivity and its applications >Study of thermal interaction between a 150 kW CW power coupler and a superconducting 704 MHz elliptical cavity
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Study of thermal interaction between a 150 kW CW power coupler and a superconducting 704 MHz elliptical cavity

机译:150 kW连续波功率耦合器与超导704 MHz椭圆腔之间的热相互作用研究

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摘要

The power coupler needed for beta = 0.65 SRF elliptical cavities dedicated to the driver of XADS (eXperimental Accelerator Driven System) should transmit a CW RF power of 150 kW to a 10 mA proton beam. The estimated average values of the RF losses in the coupler are 130 W (respectively 46 W) for the inner (respectively outer) conductor in SW mode. Due to such high values of the RF losses, it is necessary to very carefully design and optimize the cooling circuits of the coupler in order to efficiently remove the generated heat and to reduce the thermal load to the cavity operating at T = 2 K.
机译:专用于XADS(电子加速器驱动系统)驱动器的beta = 0.65 SRF椭圆腔所需的功率耦合器应将150 kW的CW RF功率传输到10 mA质子束。对于SW模式下的内部(分别为外部)导体,耦合器中RF损耗的估计平均值为130 W(分别为46 W)。由于如此高的RF损耗值,有必要非常仔细地设计和优化耦合器的冷却电路,以便有效地消除产生的热量并减少在T = 2 K时对腔体的热负荷。

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