摘要
对HL-2A装置限制器位形和偏滤器位形下放电气体分别为氘和氦时的等离子体热辐射测量结果做了初步分析,分析结果表明:在偏滤器室注入惰性气体能够有效的降低到达靶板的热辐射;超声分子束注入时,观测到注入粒子在等离子体中输运过程;氦放电时的辐射比值明显高于氘放电时的比值;真空室器壁的处理能够有效地降低辐射损失,硅化对器壁条件的改善效果明显。
The plasma radiation measurements under different discharge conditions, such as limiter configuration or divertor configuration, deuterium or helium discharges, have been performed on the HL-2A tokamak. The experiment results show that the radiation power in outer divertor is decreased when inert gases are injected into the divertor chamber, the transport of the injected particle from the edge to center is observed during SMBI, the ratios of radiated power between the main plasma and the input power, Prad/Pon, in ohmic heated helium discharges is larger than that in deuterium discharge, and the siliconization is good for improving the wall condition.
出处
《核聚变与等离子体物理》
CAS
CSCD
北大核心
2009年第1期10-15,共6页
Nuclear Fusion and Plasma Physics
