核聚变与等离子体物理
覈聚變與等離子體物理
핵취변여등리자체물리
NUCLEAR FUSION AND PLASMA PHYSICS
2010年
1期
1-6
,共6页
陈程远%姚良骅%冯北滨%周艳%严龙文
陳程遠%姚良驊%馮北濱%週豔%嚴龍文
진정원%요량화%풍북빈%주염%엄룡문
托卡马克%超声分子束%加料效率
託卡馬剋%超聲分子束%加料效率
탁잡마극%초성분자속%가료효솔
Tokamak%SMBI%Fueling efficiency
利用多道远红外HCN激光干涉仪实时测量了等离子体中的粒子数增量,首次得到了HL-2A等离子体偏滤器位形和孔栏位形下强场侧和弱场侧SMBI的加料效率,结果与法国Tore Supra装置的SMBI加料效率的范围相一致.
利用多道遠紅外HCN激光榦涉儀實時測量瞭等離子體中的粒子數增量,首次得到瞭HL-2A等離子體偏濾器位形和孔欄位形下彊場側和弱場側SMBI的加料效率,結果與法國Tore Supra裝置的SMBI加料效率的範圍相一緻.
이용다도원홍외HCN격광간섭의실시측량료등리자체중적입자수증량,수차득도료HL-2A등리자체편려기위형화공란위형하강장측화약장측SMBI적가료효솔,결과여법국Tore Supra장치적SMBI가료효솔적범위상일치.
The total particle increment in the plasma after SMBI could be calculated from the variation of the electron density profile detected by a multi-channel FIR HCN interferometer. At the divertor configuration and the limiter configuration,the SMBI fueling efficiencies on the high field side and the low field side are obtained first. The scope of the fueling efficiencies were consistent with those on Tore Supra.
