electrowinning
electrowinning
1. In order to reduce mercury pollution in the succeeding gold stripping,electrowinning,retorting and regeneration of the mercury-laden AC steps,the leachate is demercurated previously,i.
为消除后续解吸、电解、冶炼以及活性炭再生过程中的汞污染问题,拟对堆浸富液进行除汞预处理,即采用沉淀-絮凝法选择性去除富液中的汞杂质。
2. The new technology of production of Zn powder by alkaline leaching and electrowinning is described.
介绍碱浸-电解湿法直接生产金属锌粉的新工艺。
3. The technology of gold recovery by direct electrowinning from cyanide heap leach liquor has many advantages such as short flowsheet, less equipment required and less capital investment.
从堆浸氰化液中直接电积提金是一种流程短、备少、资省的工艺，已进行过不少的研究。
4. The technology of gold recovery by direct electrowinning from cyanide heap leach liquor has many advantages such as short flowsheet,less equipment required and less capital investment.
从堆浸氰化液中直接电积提金是一种流程短、设备少、投资省的工艺，已进行过不少的研究。
5. Lead Electrowinning from Chloride Aqueous Solution
从氯化铅水溶液中电解提取铅
6. Recovering Tellurium from Tellurium Electrowinning Anode Slime
从碲电积阳极泥中回收碲
7. Electrowinning Cu and Zn from a Strong Copper Cyanide Solution
从高铜氰溶液中电积铜和锌
8. The energy consumption for zinc traditional hydrometallurgy is still high in the process of electrowinning.
传统的湿法炼锌过程中,存在着电积能耗大的问题。
9. The power consumption in process of traditional zinc electrowinning effects directly(production) cost of electrolytic zinc.
传统的湿法炼锌过程中,电积能耗直接影响冶炼的生产成本。
10. Hydrogen arsenide released unavoidably during electrowinning with copper electrolyte purified conventionally pollutes the environment seriously.
传统的铜电解后液净化方法电积时不可避免地析出砷化氢，严重污染环境。
11. Keywords Lanping oxidized zinc ore rotary furnace voltilization electrowinning;
兰坪;氧化锌矿石;回转窑挥发;电解沉积;
12. Keywords stibnite;slurry electrowinning process;leaching;
关键词辉锑矿;矿浆电解;浸出;
13. Keywords metallurgical technology;hot galvanizing slag;alkaline electrowinning;zinc powders;structures;
冶金技术;热镀锌渣;碱性电解;锌粉;结构;
14. Keywords metallurgical physicochemistry;anodic process;cyclic voltammetry analysis;nickel electrowinning;ammonical complex;
冶金物理化学;阳极过程;循环伏安法;镍电积;氨配合物;
15. The research results of recovering copper by electrowinning from concentrated cyanide solution were described.
叙述了从富集氰化废液中电解回收铜的试验研究结果。
16. Investigation of New High-efficient Electrowinning Cell
喷射床电解槽在锌电积中的应用
17. In the processing of the purification of copper electrolyte，the separation of copper and arsenic by electrowinning of controlling cathodic potential can prevent AsH3 from evolving effectively.
在铜净液工序中，采用控制阴极电势脱铜脱砷电积法，能有效抑制砷化氢的析出。
18. Satisfactory results have been obtained such as more than 97% zinc extracted, silica residue easily filtrable and wash able, and silica-free solution from which zinc can be recovered by purifying and electrowinning.
处理不同地区的高硅硫化锌精矿焙烧料取得了锌浸出回收率大于97%、产出的硅渣易于过滤洗涤、除硅液经净化去杂能满足电锌生产要求的满意结果。
19. The penetration behavior of sodium and electrolyte was investigated during electrowinning aluminium in a single-compartment and double-compartment electrolytic cells.
摘要利用单室和双室两种电解槽研究了电流密度对铀和电解质渗透行为的影响。
20. The paper introduce applications of additive during Zinc electrowinning, Summaries the employment of additive in production practice.
摘要结合株冶的生产实践，介绍了锌电积过程中各种添加剂的作用，并对添加剂的使用方法进行了总结。
21. This paper makes a systematic analysis of the influence of precipitation process and the barren liquor of gold electrowinning before and after purification on gold extra...
最后指出，该工艺可望用于净化其它提金过程产生的氰化贫液。
22. Keywords melting fluoride salt;electrowinning process;non RE impurity;electrochemical behavior;
氟化物熔盐;电解过程;非稀土杂质;电化学行为;
23. Anodic Process of Nickel Electrowinning from Leaching Solution Containing Ammonia and Chloride
氨络合物体系电积金属镍的阳极过程
24. Study on the refining of cyanidation gold slime by chloridizing of controlled electrowinning
氰化金泥控电氯化精炼工艺的研究
25. Keywords Moisture Analyses Hydrogen circulating Electrowinning;
水分;分析方法;循环氢;电解法;
26. AN APPROACH TO THE MODEL OF FLUIDIZED BED FOR ANTIMONY ELECTROWINNING
流态化床电积锑动力学模型初探
27. The Electrode process of the Fluidized-bed Electrowinning of Copper
流态化阴极沉积铜的电极过程
28. leaching- electrowinning
浸出-电沉积法
29. Keywords Copper hydrometallurgy Copper industry Extraction leach electrowinning;
湿法提铜;铜工业;浸出;萃取;电积;
30. Keywords Hydrometallurgy of zinc;Additive;Electrowinning;Deposition;Electrolyte;
湿法炼锌;添加剂;电积;析出;电解液;
31. Keywords Hydrometallurgy of zinc;Electrowinning;Additives;Deposition;Surface quality;
湿法炼锌;电沉积;添加剂;表面质量;
32. Keywords carbon fiber （carbon cloth）;adsorption;gold;electrowinning;
炭纤维织物（炭布）;吸附;金;电解;
33. Keywords fused salt;electrowinning;carbon;RE metal;
熔盐;电解;碳;稀土金属;
34. fused-salt electrowinning cell
熔盐电解槽
35. Keywords biohydrometallurgy;bioleachimg;solvent;extraction;electrowinning;application;
生物湿法冶金;细菌浸出;萃取;电积;应用;
36. electrowinning zinc
电积锌
37. Direct gold electrowinning
直接电沉积金
38. slurry electrowinning process
矿浆电解
39. Keywords slurry electrowinning process;bismuthinite;leaching;
矿浆电解;辉铋矿;浸出;
40. Keywords enargite;biohydrometallurgy;mutagenized bacteria;column leaching;solvent extraction and electrowinning;
硫砷铜矿;生物冶金;诱变菌;柱浸;萃取电积;
41. alkaline electrowinning
碱性电解
42. The new process of producing Zn powder by alkaline leaching and electrowinning is a reliable,cost-effective and flexible process.
碱浸-电解法作为一种生产高纯度锌粉的新工艺,具有流程简单、原料适应性强、成本低等优点。
43. IEM- electrowinning
离子膜-电沉积
44. In this paper,development and application of solvent extraction electrowinning equipment in heap leaching factory of Dexing Copper Mine were introduced brifely.
简要介绍了德兴铜矿堆浸厂的萃取电积设备的研制与应用情况。
45. Keywords ZiJinShan Copper Mine Hydrometallurgical copper refining Leaching Solvent-extraction Electrowinning;
紫金山铜矿;湿法炼铜;浸出;萃取;电积;
46. The paper introduce applications of additive during Zinc electrowinning,Summaries the employment of additive in production practice.
结合株冶的生产实践,介绍了锌电积过程中各种添加剂的作用,并对添加剂的使用方法进行了总结。
47. Keywords extraction;electrowinning;cathode Copper;process design;process flowsheet;techno-economic index;
萃取;电积;阴极铜;工艺设计;工艺流程;技术经济指标;
48. The analysis for the electrowinning processes for purifying copper electrolyte shows that the continuous electrowinning has no essential difference from the discontinuous electrowinning.
通过对铜电解液电积法净液技术等分析,说明连续电积法与间断电积法铜电解液净化技术本质是一致的。
49. The leaching extraction electrowinning technology is applied in the experiment of comprehensive utilizing tailings in flash smelting furnace.
采用浸出-萃取-电积工艺对闪速炼铜转炉渣浮选尾矿(简称尾矿)进行综合利用研究。
50. Keywords Gold Silver Electrowinning Thiourea eluate;
金;银;电积;硫脲解吸液;
51. Production of cobalt oxide powder by solvent extraction was begun in 1984 in Jinchuan Nonferrous Metals Complex, with the feed of cobalt slag from the purification of nickel electrowinning.
金川公司萃取工艺流程处理镍电解净化钴渣生产氧化钴粉始于1984年，1985年生产趋于稳定。
52. Keywords steel-base composite;rare earth element;micro-defect;wearability;secondary electrowinning;
钢基复合材料;稀土元素;显微缺陷;耐磨性;电冶重熔;
53. Keywords copper;biohydrometallurgy;bioleaching solvent extraction electrowinning;application;
铜;生物湿法冶金;细菌浸出-萃取-电积;应用;
54. Keywords copper;the electrowinning;arsenic acid;economized energy;environmental protection;
铜;电积;砷化氢;节能;环境保护;
55. Keywords copper;electrowinning;high current density;improvement;
铜;电积;高电流密度;改进;
56. Keywords copper;heap leach;dump leach;solvent extraction;electrowinning;improvement;
铜;矿石堆浸;废石堆浸;溶剂萃取;电积;改进;
57. Keywords Copper oxide ores;Agitation leaching;Solvent extraction;Electrowinning;
铜氧化矿;搅拌浸出;萃取;电积;
58. Cathode Concentration Polarization And Critical Current Density in Electrowinning of Copper
铜电积过程中的阴极浓差极化和临界电流密度
59. Keywords copper electrolyte;purification;hydrogen arsenide;electrowinning;
铜电解液;净化;砷化氢;电积法;
60. Keywords copper ore;mine-for-leach;heap leach;solvent extraction;electrowinning;
铜矿石;矿山浸出;堆浸;溶剂萃取;电积;
61. Keywords Cu-Zn complex ore;Bulk flotation;Oxidizing roasting;Leaching;Electrowinning;
铜锌混合矿;混选;氧化焙烧;浸出;电积;
62. Code of dust and poison control for aluminium electrowinning
铝电解生产防尘防毒技术规程
63. zinc electrowinning
锌电积
64. Employment Practice of Additive During Zinc Electrowinning
锌电积过程中添加剂使用的生产实践
65. Discuss on Decreasing Direct Current Consumption During Nickel Electrowinning Using Insoluble Anode
降低不溶阳极电积镍直流电耗的探讨
66. Analysis on Decreasing of Direct Current Power Consumption in Zinc Electrowinning
降低电积锌直流电耗的现状分析
67. Keywords High speed electrowinning of zinc Insoluble anode Anodization;
高速电镀锌;不溶性阳极;阳极极化;
