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Summary form only given. A large orbit gyrotron (LOG) has been developed for generation of high-power far-infrared radiation. It uses pulsed relativistic electron beam with maximum electron energy of 400 kV. The studies were carried out through both experimental and simulation approaches. The objective is to demonstrate high-power radiation in terahertz range. The experiments were carried out using...
A large orbit gyrotron (LOG) has been developed for generation of high-power far-infrared radiation. It uses pulsed relativistic electron beam with maximum electron energy of 400 kV. The studies were carried out through both experimental and simulation approaches. The objective is to demonstrate high-power radiation in terahertz range by using LOG.
High power far-infrared radiations are expected to have wide applications in material development, medical analysis, and plasma diagnostics. We are developing large orbit gyrotron (LOG) as high-power radiation source for the frequency range of 100 GHz - 1 THz. The studies were carried out through both experimental and simulation approaches.
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