1) LHCD
低杂波
1.
Cause of ceramic window breakdown and its improvement for the HT-7 LHCD system;
HT-7装置低杂波系统陶瓷窗破裂原因与改进
2.
Design of a new ceramic window in 3.7GHz LHCD transmission system;
3.7GHz低杂波传输线系统新陶瓷窗设计
3.
Design of a QNX-based Monitor and Control System for LHCD System;
基于QNX的低杂波稳态和水冷监控系统
2) LHW
低杂波
1.
Numerical investigation on synergetic effects of LHW and FW;
快波与低杂波协同作用的数值研究
2.
The input power sub-system and output power control of LHW system in HT-7 tokamak
HT-7装置低杂波前级系统及微波输出控制
3.
The power deposition profile of the lower hybrid wave (LHW) and the distribution of the current driven by LHW under the local synergistic interaction of LHW and ion Bernstein wave (IBW) have been studied using advanced ray-tracing and 2-D Fokker-Planck numerical code.
利用改进的二维Fokker Planck方程和低杂波射线轨迹程序研究了在低杂波和离子伯恩斯坦波协同作用下低杂波的功率沉积分布、驱动电流分布。
3) Lower hybrid wave
低杂波
1.
Quasi\|steady\|state H\|mode has been achieved by combination of two lower hybrid waves in HT\|6M tokamak.
介绍了在HT 6M托卡马克上 ,利用双低杂波的组合 ,成功地实现了准稳态的高约束模式运行 。
5) LHCD system
低杂波系统
1.
According to the experimental result,a method of protecting Tokamak from high power,long pulse microwave was recommended in the article,the menace to LHCD system and Tokamak is exterminated with the protection system when plasma-current extinguishes.
根据实际HT - 7托卡马克的实验需要 ,提出并实现了等离子体电流熄灭保护装置 ,杜绝了等离子体电流熄灭或在低等离子体电流下 ,强功率、长脉冲的低杂波对托卡马克装置及低杂波系统的威
6) lower hybrid wave launching antenna
低杂波天线
1.
It analyzes the eddy current,the distribution of the induced magnetic field and the electromagnetic force on the lower hybrid wave launching antenna on the superconducting tokamak HT 7 by using finite element circuit method.
用有限元方法详细分析并计算了HT 7超导托卡马克等离子体实验装置上低杂波天线壁上的涡流分布、感应磁场位形和天线所受电磁力 。
补充资料：阿波那伽低
【阿波那伽低】
（术语）Aparagati，译曰恶趣。由恶业而趣之场所也。见玄应音义四。
（术语）Aparagati，译曰恶趣。由恶业而趣之场所也。见玄应音义四。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条