Abstract
Recent activities of ITER gyrotron development in QST
Highlights
QST is committed to the development of high power RF power sources for plasma heating in fusion devices
Our main activity is the development of 170GHz gyrotron for electron cyclotron resonance heating and current drive (EC H&CD) system of ITER project which requires 20 MW of power injection into fusion plasma
The ITER gyrotron was installed into the test stand with ITER super conducting magnets (SCM) and has achieved 1 ms pulse duration at 170 GHz oscillation and a single peak Gaussian profile beam
Summary
Y.Oda[1], R. Ikeda[1], K. Takahashi[1], K. Kajiwara[1], T. Kobayashi[1], K. Sakamoto[1], S. Moriyama[1], C. Darbos[2], and M. Henderson[2]
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