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A metal disc-loaded coaxial cylindrical waveguiding structure is analyzed using field analytical approach for the TM mode of operation. The structure parameters are obtained in terms of equivalent inductance per unit length, capacitance per unit length and susceptance per unit length of the equivalent transmission line model. The developed analysis though yields the same results as that of field analysis...
An all-metal disk-loaded coaxial waveguiding structure, for its application in a magnetically insulated line oscillator (MILO), as a slow-wave interaction structure, excited in the TM mode, has been field analyzed. In the analytical model, modal matching technique has been used considering all the space harmonics generated due to the structure axial periodicity in the free-space region inside the...
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