- 更多网络例句与电解精炼相关的网络例句 [注：此内容来源于网络，仅供参考]
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The invention relates to an application method of hydrogen sulfate imidazole ion fluid in copper electrolysis refining.
本发明是硫酸氢咪唑离子液体在铜电解精炼中的应用。
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The principle and method for the industrial controlling of copper electrolysis by means of the cathodic overpotential were described.
研究了铜电解精炼过程中添加剂工业监控的原理和方法。
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The paper describes the effect on the addictive and principle and method of controlling cathodic overpotential during the refinement in copper electrolysis.
研究了铜电解精炼过程中添加剂的作用与阴极过电位控制法的原理和方法。
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The author analyzed total oxygen content, nitrogen content in steel made by typical process and the inclusion composition, change rule, morphology and distribution qualitatively and quantitatively by image analyzer, big sample electrolysis, SEM and energy spectrum analysis. The results showed that final inclusion form was small granule MnS, calcium aluminate, a small quantity of silicate and lumpy Al2O3. By intensifying deoxidation alloying process control in converter, argon blowing and slagging control and desulphuration and calcium reduction operation in refining course and overall-protection casting, the oxygen content was reduced by 20% above averagely, nitrogen content was reduced by about 10% and the inclusion content was reduced by 30%.
通过全O、N分析，夹杂物图像分析仪、大样电解、扫描电镜及能谱分析，定性和定量分析了典型工艺钢种钢中全O、N含量和工序过程夹杂物的构成、变化规律及形态、分布，分析钢中最终夹杂物表现形式主要为小颗粒的MnS、铝酸钙、少量的硅酸盐和块状Al2O3，通过强化转炉脱氧合金化工艺控制、精炼过程吹氩与造渣控制及脱硫和钙处理操作、全程保护浇注，钢水中O含量平均降低20％以上，N含量降低10％左右，铸坯中夹杂物含量降低了30％。
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The paper describes the new developments of producing high purity indium by vacuum distillation and thin layer fused salt electrolysis refining,as well as production of high purity metallic indium powder via disproportioning indium monoxide in aqueous medium.
报道了俄罗斯使用真空蒸馏和熔盐电解精炼制取高纯铟，以及用一氯化铟在水溶液中的歧化法制备金属铟粉的新进展。
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The methods of extracting and refining tellurium presently were mainly soda roasting,autoclaving in general basic solution,sulfating roasting,oxidative leaching in acid solution, solvent extraction ,emulsion liquid membrane,microbial method,electrorefining,vacuum distillation and zone melting etc.
目前分离提纯碲的方法主要有苏打粉焙烧法、碱性高压浸出法、硫酸化焙烧法、氧化酸浸法、萃取法、液膜法、微生物法、电解精炼法、真空蒸馏法、区熔精炼法等，其中电解精炼法得到的碲的纯度达到99.99%，真空蒸馏碲的纯度达到99.999%，区熔精炼碲的纯度可达99.999995%，本文综述了以上分离提纯碲的方法。
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The influences of temperature, current density and additives on bismuth removal from crude antimony were discussed.
摘 要：针对粗锑精炼过程中锑铋难以分离的技术难点，采用H2SO4-NH4F-SbF3电解液体系进行高铋粗锑电解精炼除铋，考察温度、电流密度及添加剂对除铋的影响。
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Experimental and practical researches of impurity distribution activities and common effect, and analysis on the removing and distribution activity of the impurities in the Guixi Smelter anode copper like As Sb and Bi and the forming structure and conditions of the flotating anode slime have been done.
很久以来，许多从事冶金或相关专业的研究人员，对As、Sb、Bi、Pb等杂质在铜电解精炼过程中的行为进行了多项研究，如对存在形态和行为、阳极泥的形成机理，以及对阴极铜质量的影响进行了一系列的探索研究，并取得了可喜的科研成果。
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Its application is divided into the following areas:(1) electrolytic industries, including chlor-alkali industry is second only to ammonia and sulfuric acid inorganic basic industries; nylon 6 intermediate adiponitrile synthesized by electrolysis; aluminum, sodium and other light metal smelting, copper, zinc refining also used the electrolysis method.
它的应用分为以下几个方面：（1）电解工业，其中氯碱工业是仅次于合成氨和硫酸的无机物基础工业；耐纶6的中间体己二腈是通过电解合成的；铝、钠等轻金属的冶炼，铜、锌等的精炼也用的是电解法。
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This is an effective technology.of producing high quality silver powder for sliver recovery and electrolyt...
本工艺为银的二次资源回收和二次电解精炼制取高纯银粉提供了一条行之有效的途径。
- 更多网络解释与电解精炼相关的网络解释 [注：此内容来源于网络，仅供参考]
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annealing：韧化
通过扩散层与电双层而进行昏暗粗糙甚至粉状易碎的堆积. 所得镀层即使经高温韧化(Annealing)加工后,仍然脆性很高. 这种物性不佳的镀层并无实用价值,只能做为电解精炼(Electrorefining)工程之原物料而已.
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Electrodeposition：电沉积
电沉积(electrodeposition)是金属或合金从其化合物水溶液、非水溶液或熔盐中电化学沉积的过程. 是金属电解冶炼、电解精炼、电镀、电铸过程的基础. 这些过程在一定的电解质和操作条件下进行,金属电沉积的难易程度以及沉积物的形态与沉积金属的性质有关,
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molten slag：溶渣,液态熔渣
molten silver extraction process 熔银萃取法 | molten slag 溶渣,液态熔渣 | molten slag electrolysis refining 熔融电解精炼
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electrolytic refining：电解精炼
electrolytic polishing电解抛光 | electrolytic refining电解精炼 | electrolytic sawing电解切断
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electrolytic refining：电精炼=>電解精錬
electrolytic reduction 电解还原=>電解還元 | electrolytic refining 电精炼=>電解精錬 | electrolytic refining bath 电解精炼电槽
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electroreduction：电解还原
electropositive metal 正电性金属 | electroreduction 电解还原 | electrorefining 电解精炼
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electrorefine：电解精炼
electrorammer 电夯 | electrorefine 电解精炼 | electrorefining 电精炼 静电精制 静电精制
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betts process：贝茨粗铅电解精炼法
bethanizing 钢丝电镀锌 | betts process 贝茨粗铅电解精炼法 | bevel 斜面
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betts process：贝茨法
betts process ==> 贝茨粗铅电解精炼法 | Betts process ==> 贝茨法 | betulinic acid ==> 桦木酸
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electrolytic solution tension：电解溶压
电解精炼 electrolytic refining | 电解溶压 electrolytic solution tension | 电解勒炼铜 electrolytic toughpitch copper