1.
The First Smelter Introducing Oxygen enriched Air Bath Smelting Technology in China--A brief account of technical modification in Daye Smelter;
我国第一座引进富氧熔池熔炼技术的工厂——大冶冶炼厂冶炼技术改造概况
2.
Improvement of Casting Product Quality by Introduction of Middle Frequency Induction Technology;
引进中频感应熔炼技术提高铸件的产品质量
3.
Development of Electron Beam Cold Hearth Melting Technology for Titanium Alloys
钛合金电子束冷床熔炼技术的发展现状
4.
Cen-tral lron & Steel Research Institute has successfully developed the cold crucible vacu-um induction levitation melting device and techniques with the capacity of 2.5 kg.
钢铁研究总院成功地开发了2．5kg级冷坩埚真空感应悬浮熔炼技术和装备。
5.
TV Monitoring Technology Application in the Smelting Workshop of Guixi Smelter
电视监控技术在贵冶熔炼车间的应用
6.
Lead smelting technology and the development of oxygen bottom blowing melting process
铅冶技术的发展及氧气底吹熔炼工艺
7.
BOTTOM GAS STIRRING AND SMELTING TECHNOLOGY OF DEEP BATH FOR DC EAF
直流电弧炉底吹气体搅拌加深熔池冶炼技术
8.
Thermoelectric calculation and technological analysis during melting in vacuum consumable electro-arc furnace
真空自耗电弧炉熔炼时的电热计算与技术分析
9.
The PVC plasticating technology and the flowing simulation of melt in die
聚氯乙烯塑炼技术与机头内熔料流动模拟
10.
Gas Cleaning Technology of Kaldo Furnace for Low-Grade Scrap Copper Smelting
低品位杂铜卡尔多炉熔炼烟气净化技术
11.
State of the art in nikel smelting:direct Outokumpu nickel technology
当今最先进的镍冶炼技术——奥托昆普直接镍熔炼工艺
12.
Application of Digital Image Processing Technique in the Control of MF Smelting Furnace
论数字图像处理技术在中频熔炼炉控制中的应用
13.
Technique Which Spans Two Centuries-Hot Melt Adhesive Technique:Hot Melt Adhesive And Hot Melt System
跨世纪的技术──热熔胶技术：热熔胶和热熔系统
14.
The State Key Laboratory on solidification is one of the earliest institute which is engaged in magnesium alloys melting and research on casting.
凝固技术国家重点实验室是国内最早从事镁合金熔炼与铸造研究工作的单位之一。
15.
liquation process
熔析法 -金属精炼
16.
Flux is associated with alchemical dissolution and disintegration.
暗火与炼金术中的熔解与裂解原理有关。
17.
Technical conditions for rubber and plastics internal mixer
GB/T9707-1988密闭式炼胶机炼塑机技术条件
18.
Keywords: ash, heavy metal, dioxin, melting technology, slag.
关键词：灰渣、重金属、戴奥辛、熔融技术、熔渣。