1.
Research on the New Flotation Reagent System for a Guangxi Polymetallic Lead-zinc Ore
广西某多金属铅锌矿浮选新药剂制度研究
2.
Enhancing gold recovery rate by improving floatation agent scheme
改进浮选药剂制度提高金回收率实践
3.
Practice of the Automatic Control of the Flotation Reagents in Fenghuangshan Copper Mine
凤凰山铜矿浮选药剂自动控制的实践
4.
Study on the Depressing Mechanism of Lead-Zinc to Separate and Exploit in New Depressor;
大厂铅锌分离浮选氰化钠抑制机理研究及新药剂的开发
5.
Research of New Technology and Newflotation Reagents of Sulfide Minerrals of Lead and Antimony in Chehe Dressing Plant;
车河选矿厂铅锑浮选新药剂及工艺技术研究
6.
Experimental Research on Beneficiation of Reverse Flotation for Yuanjiacun Iron Ores with New Type of Reagents
反浮选新药剂选别袁家村铁矿石试验研究
7.
Research on Preparation and Performance of Emulsified Coal Tar Flotation Reagent
乳化煤焦油浮选药剂的制备及性能研究
8.
Study on flotation agent selection test in Donghe Coal Preparation Plant
东河矿选煤厂浮选药剂选择试验研究
9.
The Development and the Application of a New Hematite Reverse-flotation Collector;
赤铁矿反浮选新型捕收剂的制备及应用
10.
On the Application of Flotation Reagent TS in Collophane Flotation;
浮选药剂TS在胶磷矿浮选中的应用研究
11.
Medicament Filtration of Port Sanitary Treatment and the Development of New Preparation;
口岸卫生处理用药剂筛选及新制剂研制
12.
Development and Application of Desilicifying Reagent GH-HL for Anion Reverse Flotation of Iron Ore
铁矿石阴离子反浮选脱硅药剂GH-HL的研制及应用
13.
A Quantum Chemistry Study on the Electronic Structure of Flotation Reagents and Its Coordination with Sulphide Ore;
黄药类浮选药剂电子结构与浮选机理的量子化学研究
14.
Application of High Efficient Beneficiation Reagents in Reverse Flotation of Micro-fine Iron ores
高效选矿药剂在微细粒铁矿反浮选中的应用
15.
Regulation and Practice of the Reagent Regime of Dapai Lead-Zinc Concentrator
大排铅锌矿选矿药剂制度的调整与实践
16.
Test of Desliming from Refractory Oolitic Hematite by Complex Reagent System
难选鲕状赤铁矿复合药剂制度脱泥试验研究
17.
Research on Noval Floatation Collector of Aluminosilicate Minerals
铝硅酸盐矿物新型浮选捕收剂的研究
18.
in order to carry out flotation of copper successfully, xanthate and aerofloat are used as collectors and sodium sulfide as activator.
为了成功地实现铜的浮选,用黄药和黑药作捕收剂,硫化钠作活化剂。