1.
Digital Museum for Mining and Metallurgy Culture in Huangshi;
黄石地区矿冶文化数字博物馆之我见
2.
The Conception and Significance of Constructing Huangshi Mining-Metallurgy Culture Virtual Museum;
黄石矿冶文化虚拟博物馆的构建理念及其意义
3.
CMMSSA (Chemical Metallurgical and Mining Society of South Africa)
南非化学、冶金及采矿学会
4.
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
5.
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
6.
Development of high manganese alloyed steel used in mine ZHAO Yongrang~1 YUE Zongge~1 WANG Aiqin~2 XIE Jingpei~2
矿山冶金用新型合金化高锰钢的研制
7.
On Bronze Founding in Wu Culture(Second Part)--Development of Metallurgy in the History of the Wu;
论吴文化冶铸(下篇)——吴地历代冶金业的发展
8.
The Brilliant Delineation of the Spiritual Soul of Mining and Smelting People--Comment on Yang Jiao E's Prose
矿冶人精神灵魂的精彩书写——评杨娇娥的散文
9.
Deepening the Reform and Intensifying the Management to Promote the New Development of Metallurgical Mine Enterprises;
深化改革 强化管理 推进冶金矿山企业的新发展
10.
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
11.
Variation of Rare Earth Elements in Process of Smelting of Copper Ores in the Ancient Times
古代铜矿冶炼过程中稀土元素的变化研究
12.
Preliminary Discussion on Behavior and Impact ofF in Be Ore on Commercial Be Oxide Smelting
铍矿中的氟在工业氧化铍冶炼中的行为和影响
13.
Competitive Strategy Study of Changsha Research Institute of Mining and Metallurgical Manganese Oxide Plant;
长沙矿冶研究院氧化锰厂竞争战略研究
14.
Study on Making Tool and Die Steels by Direct Reduction with Scheelite and Molybdenum Oxide Completely;
全白钨矿和氧化钼直接还原冶炼工模具钢研究
15.
Experiment Study on Flotation Electrochemistry and Potential Controlled Flotation for Sulfide Minerals of Daye Iron Ore of WISCO;
武钢大冶铁矿硫化矿物的浮选电化学与电位调控浮选试验研究
16.
"Taking Kettle for Potting and Iron for Forging"-On Liu Xianxin's Cultural View;
“取釜铁于陶冶”：刘咸炘文化思想研究
17.
Study on Treating Low Grade Iron Concentrate of High Intensity Magnetic Separation of Daye Iron Mine by Flash Magnetization Roasting;
闪速磁化焙烧法处理大冶铁矿强磁选低品位铁精矿
18.
Through the optimization study, an optimized scheme suitable for the underground deep-hole blasting in Daye Iron Mine, was obtained.
经过优化研究，得出了适宜于大冶铁矿井下中深孔爆破的优化方案。