ICRH SYSTEM AND INITIAL EXPERIMENTSIN THEHL-1M TOKAMAK;
HL-1M装置离子回旋共振加热系统及初步实验
Through analysis of the system efficiency and key technologies it is pointed that the key problems of designing a fine VASIMR are the development of high performance helicon wave plasma source and the improvement of the ICRH sy.
介绍了VASIMR的基本组成(螺旋波等离子体源、离子回旋共振加热系统I-CRH、磁喷嘴)及工作原理。
Using a new array of five iodine mercury (HgI 2) semi conductor detectors,the radiation flux and the energy spectra of X ray in the range of 10～150keV are measured under the condition of ohmic heating,pellet injection and ion cyclotron resonance heating (ICRH) respectively.
用新研制的五通道碘化汞 ( Hg I2 )半导体探测器阵列分别观测了在欧姆加热、弹丸注入及离子回旋共振加热 ( ICRH)条件下 ,HL- 1M等离子体中的超热电子引起的能量在 10～ 15 0 ke V范围内的 X射线辐射强度的时空变化 ,及超热电子辐射的 X射线能谱。
Development of 1MW ECRH transmission system in the HL-2A tokamak;
HL-2A装置1MW电子回旋共振加热传输系统研制
Design and Application of Control System for ECRH;
电子回旋共振加热控制系统的设计与应用
The ECRH water cooling system of HL-2A tokamak has been successfully developed,the maximum flux and pressure of this system reach 94m3.
6MPa总流量达94m3·h-1的HL-2A装置电子回旋共振加热水冷却系统,介绍了该系统的设计、水压控制和参数测量。
An anti_whirl technology keeping the lateral forces and cutters balanced on PDC bit for slim_hole drilling is proposed.
针对小井眼PDC钻头的实际工作条件 ,提出了在小井眼钻井中具有普遍意义的PDC钻头的横向力自平衡抗回旋技术。