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Recent experimental campaign in the HT-7 toka-mak was scheduled to be ran from November 2002 toMarch 31, 2003, during which various issues were in-vestigated on getting high electron temperature, longpulse discharges and high performance plasma underquasi-steady-state condition. New systems includ-ing LHCD launcher, cryogenic compressor, real-timepoloidal control, water-cooled toroidal belt limiter,ferretic liner and several diagnostics were installedand operated to satisfy long-pulse operation require-ments. The maximum total injected power was over1 MW and the longest discharge duration was nearto 64 s.
Recent experimental campaign in the HT-7 toka-mak was scheduled to be ran from November 2002 to March 31, 2003, during which various issues were in-vestigated on getting high electron temperature, longpulse discharges and high performance plasma under quasi-steady-state condition . New systems includ-ing LHCD launcher, cryogenic compressor, real-time poloidal control, water-cooled toroidal belt limiter, ferretic liner and several diagnostics were installed and operated to satisfy long-pulse operation require-ments. The maximum total injected power was over 1 MW and the longest discharge duration was nearto 64 s.