英语释义

1. the treatment of ores by wet processes (such as leaching)

片语

hydrometallurgy zinc湿法炼锌

Hydrometallurgy consultants水冶顾问

zinc hydrometallurgy湿法炼锌

Hydrometallurgy test湿法冶金实验

bismuth hydrometallurgy铋湿法冶金

electro hydrometallurgy电湿法冶金

Rapid Hydrometallurgy高速水冶

hydrometallurgy process湿法冶金工艺

Chemical hydrometallurgy化学冶金

英汉例句

• 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。

• the comprehensive harnessing wastewater of zinc hydrometallurgy is introduced, in this process, the advanced technique has been used, and the treated wastewater is re-used.

  介绍某湿法炼锌企业废水综合治理情况，在治理过程中采用了先进的节水工艺技术、处理后废水回收利用以及废水处理工艺。

• the hydrometallurgy technics of zinc system in the northwestern lead and zinc smelter uses the purification of reverse adding antimony salt to get rid of the impurity in the zinc sulfate solution.

  西北铅锌冶炼厂锌系统湿法冶炼工艺采用反向锑盐法凈化除去硫酸锌溶液中的杂质。

• the article generally describes the development process and production state of copper hydrometallurgy in china, analyses development advantages, discusses relevant problems about development.

  本文简述了我国湿法炼铜的发展过程及生产现状，分析了开发的有利条件，探讨今后开发的有关问题。

• in this paper, the extensive studies on hydrometallurgy of processing lead concentrates are introduced and the various methods are properly reviewed.

  本文介绍了处理铅精矿的湿法炼铅研究工作进展并对各种方法进行评述；

• the recovery rate of tungsten in production of apt by ion-exchange technique of hydrometallurgy is discussed, theoretical calculation of recovery rate is 98.

  简要讨论了湿冶离子交换制取apt工艺中钨回收率的问题，从物料平衡的角度理论计算钨回收率正常情况下应为98。

• because of the development of hydrometallurgy , these ores have been paid attentions as significance exploration targets now.

  由于湿法冶金学的发展，这类矿床正在成为引人注目的勘查目标。

• the behaviors of pgms in pressure hydrometallurgy processes were also discussed.

  对铂族金属在加压浸出过程中的行为进行了讨论。

• the saving-energy and reducing-consume principle for gas diffusion anode(gda) used in hydrometallurgy is described.

  介绍气体扩散阳极（氢扩散阳极）在湿法冶金上的节能降耗原理。

• waste acid water produced by the hydrometallurgy of some plant is applied to treat the diatomite.

  本论文还使用某厂湿法冶炼所生产的酸性废水代替硫酸，应用于酸处理硅藻土。

• the general situation of recycling and reusing for nickel metal hydride batteries and its fire metallurgy and hydrometallurgy technical processes are summarized.

  介绍了国内外废旧电池的回收概况以及火法和湿法回收金属氢化物-镍电池的工艺流程。

• hydrometallurgy is a new metallurgical technique which has a not clear mechanism of production technology.

  湿法冶金是一门年青的冶金技术，其生产工艺机理的认识仍很不明确。

• the method dealing with the purifying residue of zinc hydrometallurgy is mainly introduced.

  着重阐述湿法炼锌过程中凈化渣的最佳处理方法。

• this paper discusses the major factors affecting the treatment of high-cobalt zinc concentrate in zinc hydrometallurgy process.

  讨论了湿法炼锌过程中，影响高钴锌精矿处理的主要因素。

• slurry electrolysis is a new technology of hydrometallurgy developed in recent years.

  矿浆电解是近年来新兴的一种湿法冶金技术。

• in this paper, based on leaching process behaviors of platinum-group metals(pgms) the lately progress in pressure hydrometallurgy of cu-ni sulfide ores containing pgms was presented.

  本文以加压湿法冶金处理含铂族铜镍硫化矿过程中铂族金属的行为为主线，介绍了该领域的最新研究进展。

• a basic knowledge of chemistry, aqueous systems and electrochemistry or hydrometallurgy is always needed in order to draw the correct conclusions.

  一个基本的化学知识，水系统和电化学或湿法总是为了得出正确的结论。

• after the improvement and redesign, a new-type stirrer, used in hydrometallurgy with high efficiency and low energy consumption, has gained better results in actual production.

  对湿法炼锌工艺所用的搅拌机进行了设计改进，采用了高效节能且经济耐用的新型搅拌机，在生产实践中取得了较好的效果。

• after the improvement and redesign, a new-type stirrer, used in hydrometallurgy with high efficiency and low energy consumption, has gained better results in actual production.

  对湿法炼锌工艺所用的搅拌机进行了设计改进，采用了高效节能且经济耐用的新型搅拌机，在生产实践中取得了较好的效。

• on basis of leaching process behaviors of platinum-group metals(pgms) the lately progress in pressure hydrometallurgy of cu ni sulfide ores containing pgms were presented.

  本文以加压湿法冶金处理含铂族铜镍硫化矿过程中铂族金属的行为为主线，介绍了该领域的最新研究进展。