1.
Preparation of Indium Tin Oxide (ITO) Powders and High-quality ITO Target;
铟锡氧化物（ITO）粉体及高性能ITO靶材的制备与研究
2.
: mainly used in ITO target, alloy and photoelectricity components.
主要用于制作ITO靶材、合金及光电元器件等。
3.
The Study of Recovering Metal Indium from the ITO Target
从ITO靶材废料中回收提取金属铟工艺的研究
4.
Study on Recovering Indium and Tin from ITO Waste Targets;
从ITO废靶中分离回收铟、锡的研究
5.
Preparation of ITO Nano Powder by Arc Evaporating and Development of Ultra High Density ITO Target
电弧气化法制备纳米ITO粉末及高密度ITO靶的研制
6.
Study on the Preparation and Properties of Transparent and Heat-insulating EVA/ITO Materials
EVA/ITO透明隔热材料的制备及性能研究
7.
The Analysis of Structure and Opti-electrical Properties of Indium Tin Oxide Functional Textile Materials;
ITO功能纺织材料结构表征及其光电性能研究
8.
Study on Preparation of ITO Nanomaterial and Its Mesoporous Assembly System by Chemie Douce;
软化学法制备纳米ITO材料及其介孔组装体系研究
9.
Gas Sensing Properties of Mesoporous ITO Doped with Au Prepared by Co-Precipitation
掺杂Au的ITO介孔材料的共沉淀法制备及气敏性能研究
10.
Researches of Yellow Spots Defect on ZnS-SiO_2 Ceramic Target Material;
ZnS-SiO_2陶瓷靶材黄点缺陷的研究
11.
Pulsed Laser Ablation and Target Optical Characteristic Investigation;
脉冲激光烧蚀及靶材光学性质的研究
12.
Study of Preparation of Polycrystalline Material of La_(0.5)Sr_(0.5)CoO_3;
La_(0.5)Sr_(0.5)CoO_3多晶靶材制备工艺的研究
13.
Research Progress of Metallic Function Nanomaterials for Inertial Confinement Fusion Targets
ICF靶中的纳米金属功能材料研究进展
14.
Research on the fabricating techniques of the BaAl_2S_4:Eu sputtering targets
硫代铝酸钡(BaAl_2S_4:Eu)靶材制备工艺研究
15.
Study on Effect of Doping Content on the Performance of ZnO Ceramic Target
掺杂量对ZnO陶瓷靶材性能影响的研究
16.
Comparison among depths of penetration of different targets subjected to rigid projectile impact
刚性弹侵彻不同靶材的侵彻深度比较
17.
Modification Projiect of the Terminal Electrode in HI-13 Tandem Accelerator and Investigation of Target Materials for Target-Source of ISOL;
串列加速器头部电极改进方案及ISOL靶—源中靶材料的研究
18.
As a powerful pulsed laser irradiate a solid material, the plasmas layer of high-temperature and high-pressure would be formed in the incident surface of target instantaneously.
脉冲强激光辐照固体靶材时，瞬间即可在靶材辐照面形成一个高温高压的等离子体层。