例如，人们以前认为铟的原子质量介于砷和硒之间。
Indium, for example, had previously been assigned an atomic mass between those of arsenic and selenium.
研究了铟的电解精炼中锡离子的行为。
The behavior of tin ion in electrolytic refining of indium was described.
基于图像处理的铟钢尺自动检测系统。
Automatic Measurement System of Invar Rods Based on Image Processing.
这些新技术为分离回收铟提供了新的选择。
The technologies will open up some new approaches for the separation of indium.
目前为止，光电薄膜最有效的材质是铜铟硒化镓（CIGS）。
The most effective material for thin-film photovoltaics so far is copper indium gallium selenide (known as CIGS).
光伏电池依赖于非晶态或晶态的硅，碲化镉或者硒化、硫化铜铟。
Photovoltaic cells rely on amorphous or crystalline silicon, cadmium telluride, or copper indium selenide and sulfide.
铟锡氧化物(ito)是制造透明电极的重要材料。
ITO is important material of making the transparent electrode.
进一步分析了铟封过程中影响阴极表面激活层的因素。
The influencing factors on the surface activation layers during indium seal are also analyzed.
铟是碱性锌锰电池无汞化代汞添加剂必不可少的组分。
Indium was a necessary component of substitutes for the mercury free alkaline zinc manganese battery.
在此条件下，铟和锌的挥发率分别达到97%和95%。
The volatilizing rates of indium and zinc reach 97% and 95%, respectively.
随着铟需求量的稳定增长，铟的回收技术越来越受到重视。
The technology for indium recovery becomes more and more important with the steady increase of indium demand.
铟的这些特性使其在碱性锌锰电池中较好地起到代汞的作用。
With these characteristics, indium could play an important role like mercury in alkaline zinc manganese battery.
研究了从冶炼锑渣浸出液中有效地分离铟与锑、铁的工艺条件；
Processing conditions of effectively separating indium from the leaching solution of a smelting antimony slag were researched.
研究提高铟组件超小型泵浦固体连续激光器的抗冲击性能方法。
Study on the advance methods of improving the indium module microminiature Diode-Laser's resistance of impact.
论述了世界生产铟的主要国家的资源、生产、应用和铟市场走势。
Resource, production, application and indium market trend in main countries producing indium were discussed.
探讨了铟在基夫·塞特直接炼铅工艺主要工序中的富集规律和机理。
This paper explores the enrichment law and mechanism of indium in the main steps of KIVCET process.
并就如何提高铟回收率及解决有机相乳化、者化等问题进行了探讨。
It also discusses how to raise recovery rate and resolve the emulsification and aging of organic phase.
对锑化铟-铟共晶薄膜磁阻元件的齿轮转速传感器电路进行了研究。
The gear velocity sensor made up of a InSn-In eutectic film magnetoresistor(MR) is studied.
并且考察了添加锑离子、铟离子对钒电池电性能特别是析氢行为的影响。
The influence of electrode activation and trace stibium ion, indium ion added into vanadium electrolyte has been discussed.
用途：可用于制造合金，特殊焊接材料，涂层，电子工业和高纯铟的生产。
Usage: it can be used in the alloys, special weld materials, painting, electronic industry and high purity indium.
他认为不仅砷属于在磷下面，我预言还有一个元素，是在铝之上和铟的下边的。
He says not only does arsenic belong under phosphorus, I predict that there is an element that lies below aluminum and above indium.
由于钼元素参与镓、铟和铊的原子化反应，从而改变了原子化机理，提高了原子化效率。
Because molybdenum participated in atomization reaction of gallium, indium and thallium, it can change atomization mechanism and improve atomization efficiency.
利用上述反应拟定了测定铟的方法，经过适当处理，可用于锡箔和铅挖样中微量铟的测定。
The method can be used to determine indium in tin foil and lead excavation sample with satisfactory results.
现代的LED生产商通过精确的控制铟，镓，铝和氮在晶体层中的比例，来制造蓝色的光亮。
Modern LED makers accomplish this by using precise ratios of indium, gallium, aluminum, and nitrogen for the crystal layer, which results in a bluish color.
利用氧化铟易于溶于酸性溶液的性质，提出了在倒装焊接之前使用酸性溶液对铟柱进行酸洗。
This article presents acid could be used to wash the indium bumps before flip chip bonding, based on indium oxide dissolved in acid.
这些微晶是一种叫作磷化铟的半导体化合物，它们被喷撒在一张透明塑料薄片上，然后用另一张薄片盖好。
The dots, composed of a semiconductor called indium phosphide, are sprayed onto a transparent plastic sheet that is then covered with a second sheet.
该设备的电极由被称为共晶镓-铟的独特液态金属制成，当它延展和松弛时，该液态金属沿一个表面变化。
The device's electrode is made from a unique liquid metal called eutectic gallium-indium, which conforms to a surface as it lengthens and relaxes.
指出目前国内生产铟的主要方法是采用浸出—萃取—置换工艺回收铅、冶炼副产品中的金属铟。
The main process of producing indium in China is leaching-extraction-replacement, which is adopted to reclaim indium from lead and zinc metallurgical byproducts.
碲和铟的短缺可能破灭一些型号的薄膜太阳能电池的开发前景，但不是所有。其他的型号也许能弥补上空白。
Limited supplies of tellurium and indium could reduce the prospects for some types of thin-film solar cells, though not for all; the other types might be able to take up the slack.
碲和铟的短缺可能破灭一些型号的薄膜太阳能电池的开发前景，但不是所有。其他的型号也许能弥补上空白。
Limited supplies of tellurium and indium could reduce the prospects for some types of thin-film solar cells, though not for all; the other types might be able to take up the slack.
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