1.
Study on Flow of Flotation-metallurgical Process for a Certain Arsenic-bearing Au-Cu Sulphide Ore
某含砷金铜硫化矿选冶工艺流程研究
2.
Position of Yunnan Dounan Manganese Mine in China's Iron Alloy Industry
云南斗南锰矿选冶工艺及在我国铁合金行业的地位
3.
New Mineral Processing and Metallurgic Processes for the Recovery of Niobium Resources in Baiyune'bo
白云鄂博铌资源回收选冶新工艺研究
4.
TEST RESEARCH ON MINERAL DRESSING-METALLURGY COMBINATION PROCESSING OF A REFRACTORY LIMONITE ORE IN YUNNAN
云南某难选褐铁矿石选冶联合工艺研究
5.
Code for design of titanium smelting technology
钛冶炼厂工艺设计规范
6.
Code for design of magnesium smelting technology
镁冶炼厂工艺设计规范
7.
Code for process design of copper smelters
铜冶炼厂工艺设计规范
8.
Study on Magnetic Roasting for Refractory Oxidized Iron Ore of Daye Mine in Multi-Grade Circulation and Fluidizing;
大冶铁矿难选氧化铁矿多级循环流态化磁化焙烧工艺及机理研究
9.
ORE AND TECHNOLOGICAL BENEFICIATION CHARACTERI-STICS IN TUWU COPPER DEPOSITXINJIANG AND ITS EFFECT ON THE DEVELOPMENT AND NTILIATION FOR DEPOSIT
新疆土屋铜矿矿石特征及选矿工艺特性对矿石选冶开发利用的影响
10.
Argon-blown pocket block and pocket block should be selected rationally in light of the metallurgical technology and service life of steel ladle.
吹氩座砖和水口座砖应根据冶炼工艺情况及钢包使用寿命的不同进行合理选择。
11.
Adopting rational melting process and proper carbon equivalent as well as inoculation process is the precondition to improve the metallurgical quality of castings.
采用合理的熔炼工艺、选择合适的碳当量及孕育方法是提高冶金质量的先决条件。
12.
Code for process design of acid-making form smelting gases
冶炼烟气制酸工艺设计规范
13.
Code for process design of lead and zinc smelters
铅锌冶炼厂工艺设计规范
14.
Study on a Novel Hydrometallurgical Technology of Low Grade Oxide Zinc Ores;
低品位氧化锌矿湿法冶金新工艺研究
15.
Physical Metallurgical Method to Produce Solar-grade Silicon;
冶金法制备太阳能级多晶硅工艺研究
16.
A Study of Mining Technology for Hard-to-Mine Ore Body in Eastern Zone of Daye Iron Mine;
大冶铁矿东区难采矿体开采工艺研究
17.
AZ91 Magnesium Alloy Smelting without Flux
AZ91镁合金无熔剂冶炼工艺研究
18.
Technical progress in Smelting Process of MnCr Gear Steel
MnCr系列齿轮钢冶炼工艺的技术进展