A new kind of ECRM with a multi-mirror quasi-optical cavity is proposed and analysed. The new type of cavity used in this ECRM is studied in the first part of this paper. It is shown that this cavity is free from mode concentration and has a structure suitable for developing high-power short-millimetre and submillimetre ECRM. The analytical solutions of the cavity fields have been found and the experimental results are in satisfactory agreement with theory. The non-linear numerical analysis of this new ECRM is given in the second part of this paper. Employing the above-mentioned cavity and a hollow electron beam with large radius, this ECRM can operate even at the submillimetre waveband effectively and possesses great potential for increased output power. This ECRM is easy to manufacture because of its lack of stringent requirements on the electron beam and its simple construction.
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Kong-yi et al. (1984) studied this question.
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