Abstract
An axisymmetric quasi-optical gyrotron (ASQUOTRON) is considered to realize a 10 MW, 150 GHz, CW oscillator required for an electron cyclotron resonance heating of a fusion plasma. The gyrotron has an axisymmetric mirror to be used as its optical cavity. It is shown that the axisymmetric mirror of relatively small radius (∼20 cm) can be used in producing the 10 MW continuous wave with a tolerable mirror heat load (∼0.5 kW/cm2). Considerations are also made on wave transmissions through the mirror and to a target.
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