rare-earth

The binary rare earth oxides bring us variety of interesting characteristics.

二进制的稀有的地球氧化物为我们带来多种有趣的特性.

Lanthanum praseodymium - cerium rare earth ( LPC ) was a patent composition.

镧镨铈混合稀土 ( LPC ) 是新型专利成分的混合稀土.

Less neodymium rare earth carbonate with different crystalline feature can be produced.

在不同的工艺条件下能生产出晶型型貌不同的少钕碳酸稀土.

Yttrium serves as an ideal non - magnetic diluent for the rare - earth metals.

钇被用作稀土金属一种理想的 非磁性 稀释剂.

Capabilities using rare earth compounds as environmentally friendly gasoline antiknocks were explored.

探讨了稀土化合物用作环保汽油抗爆剂的可能性.

Moreover, it gives the outlook of rare earth phosphor used for lamp.

同时展望了灯用稀土荧光粉的发展前景.

Besides the mechanism of rare earth on alloy powder was discussed mainly.

此外,初步探讨了稀土对自熔性合金粉末的作用机理.

Corrosion protection mechanism of rare earth passivation was stated.

阐述了稀土钝化膜的防蚀机理.

The Catalytic mechanism of rare earth elements is also discussed.

讨论了稀土元素的催渗机理.

Zirconium in rare earth - magnesium - zirconium master alloy was determined by EDTA titrimetry.

采用EDTA滴定法测定了稀土镁锆中间合金中的锆.

The four main industries are tungsten, rare earth, copper and silver tin.

主导产业有,钨业 、 稀土业 、 铜业和银锡业四大产业.

Conclusion The rare earth ternary complexes have strong fluorescence intensity.

结论稀土配合物具有很强的荧光强度.

A new type of Y base heavy rare earth modificator was developed.

研制了一种钇基重稀土变质剂.

The relevant progress research related to rare earth - amino acids system aslo reviewed.

该文对稀土 - 氨基酸体系的研究进展作了综述.

In this paper , the new model rare earth - molybdenum materials were reviewed.

对新型稀土钼材作了综合述评.