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Development Of 300 Ghz Band Gyrotron For Collective Thomson Scattering Diagnostics In The Large Helical Device

Teruo Saito,Y. Yamaguchi,Y. Tatematsu,Masafumi Fukunari,Takumi Hirobe,Shunsuke Tanaka,Ryuji Shinbayashi,T. Shimozuma,Shin Kubo,Kenji Tanaka,M. Nishiura

PLASMA AND FUSION RESEARCH（2017）

Cited 18|Views59
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Abstract
A 300 GHz pulse gyrotron has been developed for use in collective Thomson scattering (CTS) diagnostics in the Large Helical Device (LHD). Single-mode oscillation power of more than 320kW was produced. The radiation beam has a Gaussian pattern. The frequency spectrum is very narrow and stable across the pulse width. No competing mode was observed in the oscillation pulse, including during the turn-on and turn-off phases. (C) 2017 The Japan Society of Plasma Science and Nuclear Fusion Research
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Key words
gyrotron, sub-THz, collective Thomson scattering, LHD
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