1) Zinc electrolysis
电解锌
1.
This paper researchs the influnte of Mn~2+ concentration in the electrolyte of zinc electrolysis on the structure and the formation mechanism of MnO_2 deposit on the anode.
研究电解锌过程中电解液锰离子浓度对阳极保护层MnO_2沉积的形态、形成机理、对铅阳极的保护作用和对阴极锌质量的影响。
2) zinc electrolyte
锌电解液
1.
Nanometer zinc oxide powder has been prepared by direct precipitation method using zinc electrolyte as raw material from a factory in Xiangxi and Na2CO3 as precipitator.
以湘西某电解锌厂的锌电解液为原料,用碳酸钠为沉淀剂,采用直接沉淀法制备纳米氧化锌粉体。
2.
The method had been successfully applied to the determination of trace antimony in zinc electrolyte with satisfactory results.
方法灵敏度高 ,检出限达 2 0× 10 - 9mol/L ;选择性好 ,不用预分离直接测定锌电解液中痕量锑 ,结果满
3) Zinc electrolysis
锌电解
1.
Practice of electric power peak-load shifting transmission system in zinc electrolysis;
锌电解中移风填谷送电制度的实践
2.
According to the production practice of Zinc electrolysis,the paper has introduced that the link-up of the big area female Copper line is one of the main factors influencing the direct current consumption.
文章根据锌电解生产工艺的实践,阐述了锌电解大面积铜母线连接方式的好坏是影响直流电单耗的主要因素之一。
3.
According to the production practice of Zinc electrolysis in Zhuzhou Smelter,this paper introduced in detail the factors affecting current drain,and put forward the main methods of energy saving in Zinc electrolysis.
根据株冶锌电解的生产实践,详细介绍了影响电耗的因素,提出了锌电解节能的主要途径。
4) electrolytic zinc
锌电解
1.
A multi-objective optimal model for time-sharing power supply dispatching of electrolytic zinc is established.
建立了锌电解生产过程分时供电优化调度系统的多目标优化数学模型。
2.
Directed against the principle of count by time-sharing and based on the parameter model of electrolytic zinc process,an optimization model of power supply for electrolytic zinc is established in this paper.
针对电力部门的分时计价原则,根据锌电解过程参数模型,建立锌电解分时供电优化模型,并将粒子群优化算法应用于分时供电优化调度系统,获得最优分时供电方案以指导生产。
3.
This paper analysis the electrolytic zinc power supply process in a smelting plant,shows the structure of the long distance monitor and control system,proposes a kind of real time hierarchical control net.
分析了某冶炼厂锌电解供电的流程,给出了远程监控系统的整体结构,提出了一种多级递阶实时控制网络。
5) zinc electrolyzing
锌电解
1.
Contrast of the two conducting modes in zinc electrolyzing;
锌电解的两种导电方式对比
6) zinc electrolyte solution
锌电解液
1.
Rapid determination of trace cobalt in zinc electrolyte solution by oscillopolarography;
示波极谱法快速测定锌电解液中痕量钴
2.
Study on rapid and simultaneous determination of trace cadmium and cobalt in zinc electrolyte solution by oscillopolarography;
示波极谱法同时测定锌电解液中镉和钴
补充资料：年产电锌10万t电解车间采用1．6m~(2)大阴极电解槽
年产电锌10万t电解车间采用1．6m~(2)大阴极电解槽
年产电锌10万t电解车间采用1．6m。大阴极 电解槽
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条