This paper reviewed progress of rare earth alloys.
综述了稀土合金材料的进展。
The effect of complex agent on the electrodeposition of rare earth alloys was studied.
如何使其正移是实现稀土合金电镀的关键。
Rare earth alloys have many desirable chemistry and magnetism behaviors, unusual optical and seizing thermal neutron properties, which provide...
稀土合金膜具有优异的化学性质及其磁学、光学与俘获热中子等性能，为其广泛应用提供了基础。
Rare earth alloys have many desirable chemistry and magnetism behaviors, unusual optical and seizing thermal neutron properties, which provide the foundation for their applications.
稀土合金膜具有优异的化学性质及其磁学、光学与俘获热中子等性能，为其广泛应用提供了基础。
Until now, the quotas mostly covered alloys and oxides with a rare earth content of at least 50 percent.
直到今天，稀土资源出口配额大部分涵盖了至少50%的稀土合金和氧化物。
In this paper, the function and application of rare earth to the platinum and its alloys are described in detail on this hands, the prospects of their application are pointed out.
本文就以上方面对稀土在铂及其合金中的作用和应用情况进行了概述，并指出了扩大稀土在贵金属铂及其合金中应用的意义。
The rare earth lanthanum oxide doped molybdenum alloys containing different volume fraction lanthanum oxide particles were prepared by powder metallurgical processing.
使用粉末冶金工艺制备了不同体积分数稀土氧化镧颗粒掺杂的钼合金。
Rare Earth(RE) elements possess integrated effects on modifying, refining and purifying of casting Al alloys without any pollution.
稀土合金具有变质、晶粒细化和净化铝合金的综合功能，而且对周围环境不产生任何污染。
The possibility of reduction of rare-earth oxides to metals by aluminum in Fe-Cr-Al alloys as well as by aluminum, calcium, silicon and titanium has been studied from the view point of thermodynamics.
从热力学分析了用铝、钙、硅、钛及铁铬铝中的铝还原稀土氧化物成稀土金属进入合金的可能性。
So the conventional magneto-optical recording median, rare earth-transition metal (Re-Tm) alloys, is limited, because of its small Kerr rotation in the region of short wavelength.
因此传统的磁光记录介质-稀土金属与过渡组金属的合金就表现出局限性，因为这种材料在短波长范围的磁光效应很小。
The diffusive process of rare earth metals and alloys as well as of ferrosilicon alloys in commercial molten iron is investigated.
本文研究了稀土金属及其合金、硅铁合金在工业铁水中的扩散过程。
Many great achievements were made in research and application of rare-earth hydrogen storage alloys in the past several years.
近年来，我国在稀土储氢合金的研究与应用方面都取得了很大的成绩。
Research advancement in rare-earth elements conversion coating, electroless plating nickel and laser technology on surface treatment of aluminum and its alloys were narrated in detail.
介绍了铝及其合金表面改性的几种方法：化学转化膜、普通阳极氧化、微弧氧化、化学镀镍、激光处理和离子注入等。
The influential regulation of rare earth on the properties of spray coating is studied by adding rare earth to the self - fluxing Nickel based alloys powder.
通过在镍基自熔合金粉末中添加微量稀土，研究了稀土对喷焊层性能的影响规律。
The applications of rare earth metals and its alloys are more and more important. Molten salt electrolysis is one of the important methods to prepare rare earth metals and its alloys.
稀土金属及其合金的应用日益广泛，熔盐电解法是目前制备稀土金属及其合金的重要方法之一。
The rare earth conversion coating technology of magnesium alloys has been developing as an environmental-friendly surface treatment technology for magnesium alloys.
镁合金稀土转化膜技术是一种环保型镁合金表面处理新技术。
Corrosion of equipment and high energy - loss usually exist in the production of rare earth Tmand its alloys by electrodepositing under high temperature.
高温下电沉积制备稀土铥及其合金的设备易腐蚀、能耗大。
As the key material of nickel metal hydride batteries, rare-earth-based hydrogen storage alloy is one of the few alloys which are still widely used.
作为镍氢电池的关键材料，稀土系贮氢合金是目前为数极少的实用化合金之一。
A review was made on the investigations of the rare earth (re) containing magnesium alloys.
本文总结了稀土镁合金的研究工作。
An environmentally-friendly chemical polishing and passivation process was established for copper and its alloys, using a rare earth salt in the passivation solution.
为了提高铜及其合金的表面抗变色能力，研制了一种环保的化学抛光工艺和含稀土盐的新型钝化工艺。
The addition of rare earth (re) as trace elements to aluminum or magnesium alloys can purify the melts, refine and modify the microstructure, reduce the inclusion.
稀土元素作为微量元素加入铝、镁合金中，可以净化合金熔体，细化、变质微观组织，减少夹杂。
The research of rare earth began in 1960s in our country. In this paper, the effect of rare earth in al, Cu and Mg alloys and its application are briefly introduced.
我国是一个稀土资源丰富的国家，从6 0年代起就开始了稀土应用的研究。
The research of rare earth began in 1960s in our country. In this paper, the effect of rare earth in al, Cu and Mg alloys and its application are briefly introduced.
我国是一个稀土资源丰富的国家，从6 0年代起就开始了稀土应用的研究。
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