1.
Preliminary Study on the Grinding of Medium and Low Grade Rare-earth Containing Phosphate Ore from Zhijin,Guizhou
贵州织金中低品位含稀土磷矿石磨矿试验研究
2.
Study on Reverse Flotation and Leaching Technology of Zhijin Phosphate Deposits Bearing Rare Earths;
织金含稀土磷矿石浮选及浸出工艺的研究
3.
Research of the chemical reaction process of Zhijin rare-earth containing phosphate rock decomposition with sulfuric acid
硫酸分解织金含稀土磷矿化学反应过程实验研究
4.
a soft silvery metallic element; a rare earth of the lanthanide series; it occurs in gadolinite and monazite and xenotime.
一种软质的银色稀土属金属元素，见于硅铍钇矿、独居石和磷钇矿中。
5.
rare and rare earth metal ore deposit
稀有和稀土金属矿床
6.
a metallic element of the rare earth group; used in lasers; occurs in apatite and monazite and xenotime and ytterbite.
稀土属金属元素，用于激光中，见于磷灰石、独居石、磷钇矿和硅铍钇矿中。
7.
Trace element and rare earth element characteristics of apatite from Abagong iron deposit in Altay City,Xinjiang
新疆阿勒泰市阿巴宫铁矿磷灰石微量和稀土元素特征及矿床成因探讨
8.
A reddish-brown phosphate mineral containing rare-earth metals, (Ce, La, Y, Th)PO4, important as a source of cerium and thorium.
独居石一种含有稀土（铈、镧、钇、钍）的浅红褐色磷矿，分子式为PO4，它是铈和钍的重要来源
9.
General Comments on Rare Earth and Scarce Resources in Baiyunebo
白云鄂博矿区稀土稀有矿产资源综合评述(二)
10.
General Comments on Rare Earth and Scarce Resources in Baiyunebo(to be continued)
白云鄂博矿区稀土稀有矿产资源综合评述(一)
11.
Study on Recycling Rare Earth from A Low-grade and Complex Rare Earth Concentrate
某低品位复杂稀土精矿中提取稀土的研究
12.
Extraction of Rare Earths from Mixed Bastnaesite-Monazite Concentrate by Carbochlorination Reaction
碳热氯化法分解包头混合稀土精矿提取稀土
13.
STUDIES OF ION EXCHANGE EQUILIBRIUM IN CLAY MINERALS OF ADSORBED RARE EARTH
吸附稀土的粘土矿离子交换平衡研究
14.
Technology for Phosphating of AZ91D Magnesium Alloy in a Rare Earth-Permanganate Bath and Corrosion Resistance of the Phosphating Coating
AZ91D镁合金稀土锰酸盐磷化处理工艺
15.
ELECTROCHEMICAL CHARACTERISTICS OF PHOSPHATING ACCELERATED BY RARE EARTH NITRATE ON ALUMINUM ALLOY
铝合金稀土硝酸盐磷化的电化学行为
16.
Photocatalytic degradation of chloramine phosphorus with RE doped TiO_2
稀土掺杂纳米TiO_2光催化降解氯胺磷
17.
Recent Progress in Rare-earth Phosphate Luminescent Nanomaterials
稀土磷酸盐纳米发光材料的研究进展
18.
Methods for chemical analysis of rare earth chloride and carbonate--Determination of phosphorus radicle content
GB/T16484.14-1996氯化稀土、碳酸稀土化学分析方法磷酸根量的测定