1.
Mineral Feature of Bauxite Mine in Sanhe Town of Jingxi County and Its Analysis of Genesis Mechanism
靖西三合铝土矿铝矿物特征及成因机制分析
2.
Studies on Solution Chemistry of Interactions between Cationic Collectors and Aliminosilicate Aluminum Minerals in Bauxite Flotation Desilica;
铝土矿浮选过程中阳离子捕收剂与铝矿物和含铝硅酸盐矿物作用的溶液化学研究
3.
Aluminum mineral characteristics of Sanhe bauxite deposit and its ore-forming mechanism,Jingxi County of Guangxi
广西靖西县三合铝土矿铝矿物特征及成因机制分析
4.
MINERALOGY OF HIGH ALUMINA CLAY-BAUXITE DEPOSITS IN SHANXI AND HENAN PROVINCES
山西、河南高铝粘土铝土矿矿床矿物学研究
5.
Mineralogy characteristics and separation of aluminum and iron of high-aluminum iron ores
高铝铁矿石工艺矿物学特征及铝铁分离技术
6.
Research Progress of Synthesizing Sialon Powders from Minerals and Ores
铝硅矿物矿石合成Sialon的研究进展
7.
Research on Preparation of Polymer Filler from Bauxite Tailings;
铝土矿选矿尾矿制备聚合物填料的研究
8.
Selective Grinding Analysis of High-alumina Clay Ore Based on Mineral Structure
基于矿物结构的高铝黏土矿选择性磨矿分析
9.
Design of Minerals Composition in Cement Clinker Containing Clacium Sulphoaluminate
含硫铝酸钙矿物硅酸盐水泥熟料矿物组成设计
10.
Thermal Behaviors of Silicon Aluminum Minerals and Desilication from Bauxite Ores by Thermochemical Activation(TCA Process);
铝硅矿物的热行为及铝土矿石的热化学活化脱硅
11.
Study on the sulfur phase of high sulfur bauxite and application of removal of zinc during the digestion process of bauxite
高硫铝土矿硫的物相研究及其在铝土矿溶出过程中除锌的应用
12.
And karst diaspore bauxite deposits belong to bioorganic sedimentary deposits.
又我国硬水铝石岩溶铝土矿,应属于生物有机质成矿作用的沉积型铝土矿。
13.
Study of Physical Mechanics Property and Solidified Technology of Bauxite Mine Slime;
铝土矿矿泥物理力学性质及固化技术研究
14.
Dissolution of aluminosilicate mineral in high-salinity formation water
高矿化度地层水中(铝)硅酸盐矿物溶解作用
15.
Mineral Composition Characteristics and Beneficiability Analysis of Bauxite in He'nan Province
河南铝土矿矿物组分特征及可选性分析
16.
Research on Noval Floatation Collector of Aluminosilicate Minerals
铝硅酸盐矿物新型浮选捕收剂的研究
17.
The Microplora of the Bauxite Mine and the Selecting of the Metallurgical Microorganisms;
铝土矿矿山微生物区系分析及浸矿微生物的筛选
18.
THE MINERALOGICAL PROPERTIES OF AlSUBSTITUTED GOETHITE AND ITS RESULTANT HEMATITE FORMED FROM THERMAL DEHYDROXYLATION
铝代换针铁矿及其加热形成的赤铁矿的矿物学特性