稀土

1.This paper deals with RE-B-Al diffused into the armco iron using pasty method.

采用膏剂法对工业纯铁进行稀土硼铝共渗，观察了渗层组织，探讨了硼物的形成机制。

2.The response of T1 phase size to heattreatment processing and rare-earth element content are discussed.

根据T1相尺寸测定结果，分析了T1相尺寸与热处理工艺、稀土元素之间的关系。

3.A stepwise carbochlorination-chemical vapor transport(SC-CVT) technique is proposed for separation of thorium from mixed bastnaesite-monazite concentrate.

以氟碳铈-独居石混稀土究对象,采用分步选择性碳热氯-学气相传输反应(SC-CVT),实现钍与其它稀土元素的分离。

4.The feature of fracture morphology and microdefect has been evaluated and characterized for the rare earth-zirconium alloy.

对稀土锆金断口微观缺陷的形貌特征、微观断口形貌特征等进行了表征。

5.The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧镧掺杂钼金中的主要韧机制：细晶韧和颗粒韧。

6.This article introduces the main properties and applications of a new kind of wear resistant material,i.e. thulium allumen.

介绍了一种新型耐磨材料——稀土锌铝金的主要特性及其应用情况。

7.It will lay a good foundation for studying the mechanism of the interaction of anti-oxidases with rare earth ions.

这可究稀土离子与植物体保护酶作用机理打下坚实的基础。

8."euxenite:a lustrous, blackish-brown rare-earth mineral consisting primarily of cerium , erbium, titanium, uranium, and yttrium."

"黑稀金:一种光亮的棕黑色稀土石,主要由铈、铒、钛、铀和钇构成."

9.The RE(Y)-Mg-Si-Fe nodularizer had been used to cast heavy sectioned high ductile nodular iron cooling wall castings.

应用钇基重稀土镁复剂，铸造厚大断面高韧性铁冷却壁，成功地获得了铸件中心部位铸态高性能。

10.Rare earth can influence for shape size,distribution and quantity of niobium carbonide,decrease activity of carbon and niobium i...

稀土对碳铌形态、大小、分布、数量有影响,可降低碳、铌活度,阻碍碳铌在奥氏体区的析出。

11.They work in the sealless magnetic drive pumps,which transporting volatile,flammable,explosive and toxic solutions with no leakage.

它无须直接的机械联接，而是利用稀土永磁体之间的相互作用，利用磁场可穿透一定的空间距离和物质材料的特性，进行机械能量的传送。

12.Isothermal precipitation behavior of the calcium cerite phase in RE-bearing blast slag was studied by quenching method.

应用“淬火法”究了等温过程含稀土高炉渣中铈钙硅石相的结晶行,并讨论了该相析出和长大的动力学规律。

13.Rare earth metals, such as metallic neodymium and metallic didymium (metallic praseodymium-neodymium), are used for rare earth magnets, mainly neodymium-iron-boron magnet.

稀土金属，如金属钕和金属皮（金属镨，钕） ，用于稀土磁铁，主要钕铁硼磁铁。

14.The REE patterns for bitumen is similar to those for supracrustal sedimentary rocks in areas with no basement faults but stabilized structural settings.

在基底断裂不发育且构造稳定的区域原油沥青,其稀土模式具有与上地壳沉积岩相似的特征。

15.The RE impurities in 4N lutecium oxide are determined by ICP-AES in this paper.The effects of matrix concentration acidity on tested element are analysed.

采用ICP-AES法测定4N氧镥中稀土杂质,考察了基体浓度、酸度对被测元素的影响。

16.Neodymium is a bright, silvery rare-earth metal element, found in monazite and bastnaesite and used for coloring glass and for doping some glass lasers.

1据查，钕是“一种亮银色的稀土金属元素，见于单独在石和氟碳锑中存在，用于给玻璃染色和给一些玻光器上色。

17.The results show that rare earth elements can efficiently improve the structures of the Chromvanadizing layer, the rate of growth and properties of diffusion layer.

结果表明，稀土元素能有效地改善铬钒共渗层结构，提高共渗层生长速度和性能。

18.This review summaries the application of ion exchangers in the separation and determination of alkali metals, alkali-earth metals, noble metals, rare earth elements and actinoid.

离子交换剂在萃取色谱中得到了广泛的应用，本文详细总结了离子交换剂在分析学中用于碱金属、碱土金属、贵金属、稀土元素、锕系元素等的分离与测定。

19.A new tetrakis( p glycylglycinephenyl)porphin and its rare earth (Yb,Sm) complexes were synthesized.They have been characterized by elemental analysis,UV vis,IR, 1HNMR and laser Raman spectra.

首次成了一种新型的四（对甘氨酰甘氨酸）苯基卟吩及其稀土镱、钐的配物。用元素分析、红外光谱、紫外可见光谱、核磁共振和激光拉曼光谱等方法进行了表征。

20.Here a series of lanthanide-galactitol complexes were prepared and characterized by Raman spectroscopy.The results show that the Raman spectra of the complexes have been changed substantially.

应用拉曼光谱究了一系列稀土离子半乳糖醇络物,结果表明,在形成络物以后,拉曼光谱发生明显变。