Investigations of photonic band gap microwave-driven accelerating cavity

机译：光子带隙微波驱动加速腔的研究

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We report the calculation and cold test results for an 11.424 GHz photonic band gap (PBG) cell, which can be utilized as an accelerating cavity. Cold test results are compared with the theoretical design of the resonator. The S parameters and the field pa

机译：我们报告了11.424GHz光子带隙（PBG）电池的计算和冷测试结果，其可以用作加速腔。将冷测试结果与谐振器的理论设计进行比较。 S参数和字段PA

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《International Conference on Microwave and Millimeter Wave Technology》|2008年||共4页
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Cong-Feng Wu; Zhiping Li; Ruiying Song; Sai Dong; Xiaodong He;
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中图分类 TN015-53;
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S-parameters; cavity resonators; microwave materials; photonic band gap; PBG; S parameters; accelerating cavity; field pattern; frequency 11.424 GHz; higher-order-modes; microwave absorber; photonic band gap microwave; resonator theoretical design; HOM suppression; ac;

机译：S参数;腔谐振器;微波材料;光子带隙;PBG;S参数;加速腔;场图案;频率11.424 GHz;高阶模式;微波吸收器;光子带隙微波;谐振器理论设计;HOM抑制;AC.;

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Investigations of photonic band gap microwave-driven accelerating cavity

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