Measurements of Boundary Plasma in Synergy Discharges of IBW and LHCD on the HT-7 Tokamak

By applying ion Bernstein wave (IBW) heating into the lower hybrid current drive (LHCD) plasma, improved confinements have been obtained in the HT-7 tokamak. The central electron temperature was doubled and the storage energy was increased significantly. The core electron density and temperature were broadened and ther profiles near the edge were steepened. A transport barrier has been formed in the vicinity of the limlter radial location. An enhanced shear in poloidal phase velocity was found in the same region with reduction of the fluctuation levels and the coherences between fluctuations. The results suggest that the improved confinement in the IBW and LHCD plasma is at least partially due to the modification of shear in poloidal velocity and then the suppression of fluctuations and fluctuation induced fluxes via de-correlation effect.     

磁光玻璃光纤的偏振特性及其在全光纤电流传感器中的应用

在磁光玻璃裸光纤偏振特性研究的基础上，研制磁光玻璃光纤，偏振特性及其在全光纤电流传感器中的应用。将采用模管法拉制成的磁光玻璃光纤置于亥姆霍兹线圈产生的磁场中，当线偏振光通过该光纤时，其偏振面旋转一定角度，把该角度转换成光信号的强度，然后再用仪器进行检测。通过对线偏振光偏振面在磁场中的偏振特性的测试与实验，提出用磁光玻璃光纤构成的全光纤电流传感器，可用于电流和磁场测试。     

新型的不锈钢镀Pt（Ir）电极

应用欠电位沉积与锚定效应，研制了一种新型的不锈钢镀Ｐｔ（Ｉｒ）电极，此电极具有优越的电化学特性，可望用于微传感器。     

单糖和寡糖的离子色谱法分析研究

单糖和寡糖作为糖蛋白和多种复合糖类的一个组分在生物体内起着重要的作用。研究这些糖类分子的结构与功能关系,有必要建立一种快速、简便、灵敏的单糖和寡糖的分析方法。经典的层析法分辨率低,分析时间长,定量测定困难。气相色谱法主要用于分析单糖,     

快离子辐照损伤能深度分布理论计算

本文描述了一个用于计算快离子在无定形结构靶材料中引起的损伤能量分布的计算程序HEDEP-1.程序中采用了I.Manning等发展的近似计算方法,在处理入射离子与靶原子碰撞过程中考虑了核力影响,在电子阻止本领计算中选用了最新发表的J.F.Ziegler等数据.程序适用的能量范围是较宽的,从L.S.S.能区一直延伸到弹-核系统的库仑势垒以上,可以计算单质和多至四种元素组成的均匀靶材料.