1.
Test method for resistivity and hall coefficient indium antimonide single crystals
GB/T11297.7-1989锑化铟单晶电阻率及霍耳系数的测试方法
2.
Standard method for showing and measuring dislocation etch pits in indium antimonide single crystal
GB/T11297.6-1989锑化铟单晶位错蚀坑的腐蚀显示及测量方法
3.
" Indium antimonide polycrystal, single crystals and as-cut slices"
GB/T11072-1989锑化铟多晶、单晶及切割片
4.
Preparation and Characterization and Optical Characteristics of InSb Nano-Crystal;
锑化铟纳米晶体的制备表征和光学性质的研究
5.
NNUMERICAL ANALYSIS OF THERMAL AND FLOW FIELD IN THE GROWTH OF SINGLE-CRYSTAL INP
磷化铟单晶生长中的传热和流动分析
6.
A Study of Mechanical Activation Enhancing Indium Leaching from Antimony Oxide and Separation between Antimony and Indium;
机械活化强化锑渣氧粉浸铟以及锑铟分离的工艺研究
7.
optically optimal indium antimonid infrared detector
光优型锑化铟红外探测器
8.
indium-antimonide submillimeter photoconductive detector
锑化铟亚毫米波光电导探测器
9.
Design of ion Implantation of InSb p-on-n Photovoltaic Devices
锑化铟p-on-n光伏器件的离子注入设计
10.
Narrow-gap materials such as InSb have the requisite high mobility.
锑化铟之类的窄能隙材料有我们要的高迁移率。
11.
Damage Mechanism of InSb Detectors (PV) when Laser Irradiated
激光辐照光伏型锑化铟探测器的损伤机制研究
12.
Study on Readout Circuits Technology for InSb IRFPA;
锑化铟红外探测器信号处理电路技术研究
13.
Study on the Application of InSb IR Detector in Detectors Array Target
室温锑化铟在探测器阵列靶中应用问题研究
14.
Synthesis and Control of Indium Oxide and Indium Phosphide Nanoscale Building Blocks;
氧化铟和磷化铟纳米结构单元的合成与控制
15.
Study of In Segregation Phenomena during AgGa(1-x)In_xSe_2 Crystal Growth
硒铟镓银单晶生长过程中In分凝现象研究
16.
Through experiments, the conclusions can be drawn as follows:1 Under mechanical activation conditions, the effect of each factor influencing theindium leaching is: the initial concentration of sulfuric acid>the initial concentration of hydrochloric acid>activation time>liquid-solid ratio.
1 通过正交和单因素试验,作出规律图线,确定铟和锑浸出的最佳工艺条件。
17.
Study of Growth and Improvement of Optical Properties of Indium-Doped Lithium Niobate;
铟掺杂铌酸锂晶体生长及光学性能优化的研究
18.
Synthesis and Properties of Indium Hydrodate/Oxide and Yttrium Hydrodate/Oxiede and Photonic Crystals
铟、钇氢氧化物和氧化物以及光子晶体的制备与性能研究