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.
一种是氧化锡铟。
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.
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.
铟的高成本是一个需要考虑的问题。
金属铟是重要的稀有金属新材料。
报道了乙酰丙酮铟的合成方法。
A synthesis method of indium tris acetylacetonate is introduced.
铟合金可以含有少量或较多的铟。
Indium alloys can contain a small amount or a large amount of indium.
这种铟同位素与地球产生在同一时代。
This indium isotope was created at the same time as the earth.
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.
平衡计算证明了硫化沉淀分离铟、锡的可行性。
Moreover, its feasibility has been verified by chemical equilibrium calculation.
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.
株洲和茂专业生产铟锭，铟珠，精铟，价格有竞争力！
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.
在合适的条件下，运用这些技术可对铟进行有效地分离回收。
The effective separation of indium can be obtained under properly -controlled conditions.
介绍了铟的生产工艺及应用，并对铟的开发前景进行了预测。
Technical process and application of indium are described, and its future is also predicted.
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.
还有一种基于使用铜铟硒化合物（CIS）材料的特殊薄膜技术。
A specific thin-film technology is based on the use of Copper Indium Diselenide (CIS) material.
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.
文章详细介绍了利用铅冶炼烟尘生产纳米氧化锌并富集铟的生产实践。
In this paper, the practice of producing nanometer zincite and concentrating indium from the dust of smelting lead was introduced in detail.
就如何改进生产工艺，以提高铟渣品位及铟回收率作了较深入地探讨。
A further discussion is made of how to improve the technology to increase indium residue's grade and indium recovery.
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.
本文叙述了铟的资源、生产厂家、工业生产现状、用途，并展望了其发展前景。
The resources, manufacturers, present situation of industrial manufacture, and applications of Indium are recited, and its prospect is forecasted.
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