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为缩短边耦合加速腔腔片制造周期，需用部分腔片确定Ｔａｕｋ的π／２模式频率，采用整腔结尾，调节端腔频率使相邻耦合腔输出最小的方法，得到比较准确的结果。焊后调谐，耦合腔频率用近似方法调节，加速腔则用相对精确的方法调谐。用桥耦合器连接Ｔａｎｋ后，腔数增加引起π／２模式频率下降，桥耦合器的频率要调高于设计值。
In order to shorten the manufacturing period of the coupling cavity, a part of the cavity must be used to determine the π / 2 mode frequency of Tauk. The method of using the end of the cavity and adjusting the frequency of the cavity to minimize the output of adjacent cavities results in more accurate results. After welding, the coupling cavity frequency is adjusted in a similar way and the acceleration cavity is tuned in a relatively accurate way. After connecting the tank with a bridge coupler, the increase in the number of cavities causes a decrease in the frequency of the π / 2 mode and the frequency of the bridge coupler to be raised above the design value.