采用稀土合金制造的磨片寿命更长。
Uses the rare earth alloy manufacture the microsection life to be longer.
综述了稀土合金材料的进展。
如何使其正移是实现稀土合金电镀的关键。
The effect of complex agent on the electrodeposition of rare earth alloys was studied.
制取铝稀土合金系列的新思想和新工艺过程；
Some New ideas and new process in preparation of Al-RE alloys series.
研究了银稀土合金内氧化的热力学和动力学问题。
The thermodynamics and kinetics of internal oxidation of Ag-RE alloys were studied in the present paper.
介绍了用内耗方法研究钢中稀土合金化取得的进展；
The progress of study on the alloying of rare earth in steel by internal friction was introduced.
电沉积制备稀土合金膜主要有非水有机溶液及水溶液方法；
The deposition methods include mainly electrodeposition from nonaqueous organic solution and aqueous solution.
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。
Until now, the quotas mostly covered alloys and oxides with a rare earth content of at least 50 percent.
结果表明，镧稀土合金可做为高强度庆铸铁和蠕墨铸铁的一种新型变质剂。
The results showed that the lanthanum rare earth alloy could be used as a new type of modifying agent for high-strength gray iron and vermicular cast iron.
结果表明，镧稀土合金可做为高强度灰铸铁和蠕墨铸铁的一种新型变质剂。
The results show that the Lanthanum rare earth alloy Can be used as a new type of modifying agents of the high strength grey cast iron and compacted graphite Cast iron.
结果表明，镧稀土合金可做为高强度灰铸铁和蠕墨铸铁的一种新型变质剂。
The results show that the Lanthanum rare earth alloy Can be used as a new type of modifying agents of the high strength grey cast iron and compacted…
介绍了一种新型金属涂层材料——锡-铅-稀土合金在电线电缆行业中应用。
This article presents the application of a new coating material(Sn Pb rare earth alloy)in the wire & cable industry.
根据力学性能测试的结果，最终确定对添加A类稀土合金的材料进行进一步的研究。
According to the result of mechanical performance testing, the research focused on specimens that had been added class a rare earth alloy.
本文综述了稀土合金在铸铁中应用的工艺方法和应用范围，并指出今后研究的方向。
In this paper are discussed the technological methods and range of application of rare earth alloy in cast iron, and is proposed its future research direction.
高尔凡钢丝，低碳钢丝的镀锌层是合金，合金成分5%铝-混合微量稀土合金锌层。
Galfan wire, galvanized low carbon steel wire is 5% aluminum alloy, the alloy composition mixed trace rare earth zinc alloy layer.
采用超音速气体离心雾化技术，研究了不同工艺条件对银稀土合金粉末性能的影响。
The supersonic gas-centrifugal atomization Technology was used to study the influence of distinctive factors on the properties of AgRE alloy powders.
因此，确定电解浸蚀法作为铜铬稀土合金定量金相分析的试样制备方法是切实可行的。
Consequently, it is feasible to determine electro-etching method as the sample preparation method about quantitative metallographic analysis in CuCrRE alloy.
通过对压铸锌合金进行变质处理，研究稀土合金对压铸锌合金微观组织及性能的影响。
The effect of RE on the microstructure and mechanical properties of die casting zinc alloys was studied through modifying the alloys.
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。
Rare Earth(RE) elements possess integrated effects on modifying, refining and purifying of casting Al alloys without any pollution.
通过在药皮中添加稀土合金的试验，研究了稀土对高钒焊条焊补铸铁接头组织与硬度的影响。
The influence of RE on the microstructure and hardness of welded joint was studied by the experiments adding RE in electrode covering.
这样的分为两种材质，锌- 5%铝-混合稀土合金钢丝、锌- 10%铝混合稀土合金钢丝。
This is divided into two kinds of materials, zinc -5% aluminum mixed rare earth alloy steel wire, zinc -10% aluminum mixed rare earth alloy steel wire.
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。
Rare earth alloys have many desirable chemistry and magnetism behaviors, unusual optical and seizing thermal neutron properties, which provide...
高尔凡(锌铝合金)，又分为锌- 5%铝-混合稀土合金钢丝和锌- 10% -铝混合稀土合金钢丝。
Gao Erfan (zinc aluminum alloy), and divided into zinc -5% aluminum alloy steel wire and zinc alloy -10% - mixed rare earth alloy steel wire.
通过在机械镀锌过程中添加不同量的稀土金属盐，在钢铁试样表面形成不同成分含量的锌基稀土合金镀层。
Zinc based RE alloy coating was obtained on the surface of steel samples by adding RE metal salts during the mechanical plating process.
采用常规铸造方法，向ZA155高锌镁合金熔体中加入适量富铈混合稀土获得了稀土合金化的高锌镁合金。
Rare-earth alloyed high zinc magnesium alloy was obtained by adding proper Ce-rich misch metals into high zinc ZA155 magnesium alloy under conventional condition.
稀土在制造精密产品，比如平板显示器、电动车电池，风轮机以及宇航合金方面已经变得越来越重要。
Rare earths have become increasingly important in manufacturing sophisticated products including flat-screen monitors, electric-car batteries, wind turbines and aerospace alloys.
当加热的合金放置在永久磁铁——如稀土磁铁附近时，合金的磁力会突然戏剧性地大幅增加。
When the warmed alloy is placed near a permanent magnet, like a rare-earth magnet, the alloy's magnetic force increases suddenly and dramatically.
同时，日立金属（Hitachi Metals）也在致力于一种尽量少用稀土而使用铜合金的磁体的研究。
Hitachi Metals, meanwhile, is working on a magnet that minimizes the use of rare earths by employing copper alloys.
为了解决这个问题，研究者们正在希望用含铈的稀土[钼系]元素合金来作为替代品。
To solve the problem, researchers are hoping to replace them with "mischmetal" alloys.
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