锑化铟-铟,InSb-In
1)InSb-In锑化铟-铟
1.A kind of InSb-In eutectic film based magnet sensitive resistance is adopted for replacing the Hall sensing element in automotive electronic ignition system.根据汽车点火系统的要求,综合考虑价格因素及实际的安装结构,设计了一种用锑化铟-铟共晶体磁敏电阻代替霍耳元件的电子点火系统,该系统不改变原系统的机械结构,仅在原分电器的基础上做微小的改动,因此其安装简便,且价格便宜,可以投入实施。
2.A relatively omnidirectional vibration sensor made of InSb-In eutectic film magnetoresistance is introduced.本文最新研制了一种用锑化铟-铟(InSb-In)共晶体薄膜磁阻制成的准全方位振动传感器。
2)InSb锑化铟
1.Application of HMDS in the Lithography Technology of InSb;增黏剂(HMDS)在锑化铟光刻工艺中的应用
2.Atmospheric Absorption Influence to Temperature Measurement for InSb Infrared Thermography;锑化铟红外热像仪测温的大气修正计算
3.Research of High Sensitivity InSb IR Detector;高灵敏度室温锑化铟红外探测器研制
英文短句/例句

1.optically optimal indium antimonid infrared detector光优型锑化铟红外探测器
2.indium-antimonide submillimeter photoconductive detector锑化铟亚毫米波光电导探测器
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.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
5.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。
6.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
7.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
8.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
9.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
10.Test method for resistivity and hall coefficient indium antimonide single crystalsGB/T11297.7-1989锑化铟单晶电阻率及霍耳系数的测试方法
11.Standard method for showing and measuring dislocation etch pits in indium antimonide single crystalGB/T11297.6-1989锑化铟单晶位错蚀坑的腐蚀显示及测量方法
12.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
13.Determination of Arsenic, Antimony, Bismuth, Silver, Cadmium and Indium in Geological Samples by Inductively Coupled Plasma-Mass Spectrometry with Aqua Regia Sample Digestion王水溶样-等离子体质谱法同时测定地质样品中砷锑铋银镉铟
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.Research on the Process for Extracting Indium from Zinc Oxide Flue Dust by Pressure Oxidation Leaching含铟锌渣氧粉加压氧化浸铟的工艺研究
16.A Novel Technology of Dearsenization and Deantimony from Copper Sulfide Concentrate by H_2O-Air Gas Mixtures;高砷锑硫化铜精矿脱砷锑新工艺研究
17.Experimental study on beneficiating difficult dressing of antimony oxided in Dongan Antimony Mine东安锑矿难选氧化锑矿选矿试验研究
18.Morphological Changes of Antimony in Water and Status Quo of Antimony-removal Technologies锑在水中的形态变化及除锑技术现状
相关短句/例句

InSb锑化铟
1.Application of HMDS in the Lithography Technology of InSb;增黏剂(HMDS)在锑化铟光刻工艺中的应用
2.Atmospheric Absorption Influence to Temperature Measurement for InSb Infrared Thermography;锑化铟红外热像仪测温的大气修正计算
3.Research of High Sensitivity InSb IR Detector;高灵敏度室温锑化铟红外探测器研制
3)Indium-antimonide锑化铟(InSb)
4)indium antimonide锑化铟<冶>
5)InSb-In thin film锑化铟-铟薄膜
6)indium gallium antimonide phosphide磷锑化镓铟
延伸阅读

铟铟indium一种化学元素。化学符号In,原子序数49,原子量114.82,属周期系ⅢA族。1863年F.赖希和H.T.里希特为了寻找铊而研究闪锌矿,用处理矿物所得的硫化物进行光谱分析,发现一条靛蓝色光谱线,他们认为属于一种新的化学元素,其英文名称的含义是“靛蓝色”。铟在地壳中的含量为1×10-5%,它虽然也有独立矿物,硫铟铜矿(CuInS2)、硫铟铁矿(FeInS4)、水铟矿[In(OH)3],但量极少,绝大部分铟都分散在其他矿物中,主要是含硫的铅、锌矿物,闪锌矿中铟的含量为0.0001%~0.1%,铅锌冶炼厂和锡冶炼厂都能回收铟。铟是银白色并略带淡蓝色的金属,熔点156.61℃,沸点2080℃,密度7.3克/厘米3(20℃)。很软,能用指甲刻痕,比铅的硬度还低。铟的可塑性强,有延展性,可压成极薄的金属片。从常温到熔点之间,铟与空气中的氧作用缓慢,表面形成极薄的氧化膜,温度更高时,与氧、卤素、硫、硒、碲、磷作用。大块金属铟不与沸水和碱反应,但粉末状的铟可与水作用,生成氢氧化铟。铟与冷的稀酸作用缓慢,易溶于浓热的无机酸和乙酸、草酸。铟能与许多金属形成合金。铟的氧化态为+1和+3,主要化合物有In2O3、In(OH)3,与卤素化合时,能形成一卤化物和三卤化物。绝大部分铟是从湿法炼锌的浸出渣中回收的,矿渣经化学处理后,可用溶剂萃取法得到铟。用锌片还原矿渣浸出液,也可得到铟。进一步用电解精炼,可得纯度为99.97%的金属铟。纯度为99.9999%的高纯铟仍需利用电解法提纯。银铅铟合金可作高速航空发动机的轴承材料。铟还用作耐腐蚀的包覆层用于发动机轴承。易熔的伍德合金中每加1%铟,可降低熔点1.45℃。铟与铜、银、金的合金用作假牙。铟化合物半导体有锑化铟和磷化铟,用作红外检测器和微波振荡器材料。