1.
Research and Analysis on Energy Consumption System Based on SKS Lead Smelting Process
基于SKS炼铅法能耗系统的分析研究
2.
Thermal balance test and energy saving measures research for bottom blown furnace of SKS
SKS炼铅底吹炉热平衡测试与节能措施研究
3.
Treatment of Comprehensive Waste Water from Lead and Zinc Smelting with High Density Sludge
高密度泥浆法处理铅锌冶炼综合废水
4.
Continuous determination of zinc,lead and aluminum in alkaline zinc solution
碱法炼锌浸出液中锌、铅、铝的连续测定
5.
Determination of trace amounts of indium in the smelting charge of lead and zinc by flame AAS
火焰原子吸收法测定铅锌冶炼物料中低含量铟
6.
Blood Lead Level in Children Around Lead Smelting Factory
某铅冶炼厂对周围儿童血铅水平的影响
7.
Research on Copper Water Jacket of Lead Tapping Port for Top-blown Lead Smelting Furnace with Oxygen Enrichment
富氧顶吹炼铅炉放铅口铜水套的使用研究
8.
A believer in or practitioner of a system of pseudoscientific thought that held that "base" metals like lead could be changed, or "transmuted," into gold.
炼金术士相信用貌似科学的方法可以将不值钱的“基本”金属（比如铅）变成黄金。
9.
The main process of producing indium in China is leaching-extraction-replacement, which is adopted to reclaim indium from lead and zinc metallurgical byproducts.
指出目前国内生产铟的主要方法是采用浸出—萃取—置换工艺回收铅、冶炼副产品中的金属铟。
10.
The common methods of reclaiming indium from the byproducts of lead metallurgy and zinc hydrometallurgy are enumerated, and analyzed every method's virtue and shortcoming.
主要列举了从铅冶炼和锌湿法冶炼过程的副产品中回收铟的常用方法,并分析了各种方法的优缺点。
11.
technology for recovering and extracting the lead alloy for storage battery
蓄电池铅合金回收精炼技术
12.
unrefined lead that is hard because of the impurities it contains.
未精炼的铅，因含有杂质而坚硬。
13.
Code for process design of lead and zinc smelters
铅锌冶炼厂工艺设计规范
14.
Empirical Study on Industrial Symbiosis Pattern in Lead-Zinc Smelting Plants;
铅锌冶炼行业工业共生模式实例研究
15.
Study on the way of energy saving in North-west Pb & Zn Smeltery;
试论西北铅锌冶炼厂节能降耗的途径
16.
Study on Environmental Hazards of Heavy Metals in Ancient Lead and Zinc Smelting Slag Yard
古铅锌冶炼渣场重金属环境危害研究
17.
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
18.
Preliminary Discussion on Measures for Reducing DC Consumption in Lead Electrorefining
浅谈降低铅电解精炼直流电耗的途径