- 更多网络例句与锌渣相关的网络例句 [注：此内容来源于网络，仅供参考]
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The growth mechanism,formationcause and recovery technology of the dross in galvanizing production was discussed in this paper.
文章就热镀锌生产中锌渣的生长机制、形成原因及回收工艺、方法等方面进行了探讨。
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Therefore, this article has put forward the concept that using hot-dip galvanizing dregs to prepare zinc powders directly;Formulate reasonable experiment craft route which according to the physicochemical characteristics of zinc that near the melting point the vapor pressure of hot-dip galvanizing will change exponential.
中文摘要：根据目前热浸镀锌行业的不断发展、锌资源日益减少和热浸镀锌渣产量逐渐增多的现状，热浸镀锌渣再生回收的问题成为行业界关注的焦点，传统上锌渣回收的方法主要是先将锌渣处理成锌锭后再用锌锭制备金属锌粉。
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This paper studies the neutralize agent for zinc hydrometallurgy of jarosite process,analyses advantage and disadvantage of NH_4HCO_3 and calcine as jarosite precipitation neutralize agent,points out if used calcine removed zinc ferrite as neutralize agent,than can cut the cost and reduce zinc content in slag.
研究了湿法炼锌黄钾铁矾渣除铁工艺的中和剂，分析了碳酸氢铵和焙砂作为沉矾中和剂的优缺点，指出用除去铁酸锌的焙砂作中和剂，可降低成本，减少渣含锌。
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Jarosite process can obtain high recovery rate of zinc,simultaneously,most of indium remains in the jarosite residues and a little part of indium remains in the high acidities leaching residues.
某锌精矿中铟含量很高，采用黄钾铁矾法处理该高铟锌精矿，在得到较高锌回收率的同时，大部分的铟进入矾渣，少部分进入高浸渣，从矾渣和高浸渣中可回收得到电铟。
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Which can get higher recovery ratio when the temperature of melting furnace was 833K,the temperature of liquation hearth was 703K,the temperature of evaporator furnace was 1373K and the temperature of condenser was 373K;With this method to dispose the hot-dip galvanizing dregs,when the recovery ratio was more than 70% that could get more profit
当熔化炉的温度为833K，熔析炉的温度为703K；蒸发炉的温度为1373K；冷凝器的温度为373K可以得到较高的回收率；发现采用该法处理热浸镀锌渣，当回收率在70%以上时有较大的利润空间
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Panzhihua City, in the integration of basic resources on my company and the Beijing Science and Technology langen German Development Corporation, the Orion Group, Sichuan, Myanmar Micronesia Shina strong County United, a team involved in the formation of coal, steel and scrap iron and steel (steel slag, iron slag, vanadium slag, slag zinc), mineral resources, wood, ceramic in areas such as a high-quality professional production, marketing team.
公司自组建以来，凭借"以人为本、管理创新"的原则，成功重组了攀枝花市金利华责任有限公司，在资源整合的基础上我公司与北京朗根德科技发展公司、四川了翁集团、缅甸密支那县强势联合，组建了一支涉及煤炭、钢铁及废钢铁（钢渣、铁渣、钒渣、锌渣）、矿产资源、竹木、陶粒等领域的一支高素质的专业生产、营销队伍。
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A new technology for the reduction and separation from hydrometallurgical zinc residue is developed by making use of the Ga and Ge's affinity for iron.
利用镓、锗所具有的亲铁特性，开发了浸锌渣还原分选富集镓、锗的新工艺。
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Through test,adopt zinc vapour pressure to evaporate and refine the hot -dip galvanizing dregs to prepare the zinc powders directly was certificated;confirmed the evaporation-condensation method depurated hot-dip galvanizing dregs and used it to prepare zinc powders was feasible
通过试验验证了采用锌蒸气压蒸发提纯热浸镀锌渣冷凝后可以直接形成金属锌粉，说明热浸镀锌渣制备金属锌粉的工艺理论是可行的
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Oxidizing feature which is oxidizing leaching of every element, studied kinetics of anode oxidation, analyzed oxidizing slag with XRD and SEM during suspension electrolysis of zinc sulphide mine. The results show that zinc sulphide concentrate in different suspension electrolysis solution can be oxidized. However, the ore in zinc sulphide, ammiaonia sulfate and sulfuric acid suspension electrolysis solution can be oxidized obviously and has better oxidation rate.
确定了硫化锌矿悬浮电解时的电解液后，我们又对硫化锌矿在悬浮电解过程氧化特征即矿物氧化时其中各元素的氧化溶出情况进行分析，对阳极氧化进行了动力学研究，对氧化渣进行XRD和SEM分析，以了解其含锌矿物在悬浮电解过程中的氧化规律，还进行了渣中元素硫的回收。
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Accord to the fundamental research analysis and used the characteristics that zinc vapor tension nearby its melting point will dramatic increase,we proposed the hot-dip galvanizing dregs evaporated-condensation method preparation metal zinc powders craft.
通过理论研究分析，利用金属锌的蒸气压在锌的熔点附近呈指数关系增加的特点，提出了热浸镀锌渣蒸发－凝聚法制备金属锌粉的工艺路线
- 更多网络解释与锌渣相关的网络解释 [注：此内容来源于网络，仅供参考]
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Cadmean：卡德摩斯(Cadmus)的,卡德摩斯式的
Cadmean victory | 损失极大的胜利 | Cadmean | 卡德摩斯(Cadmus)的,卡德摩斯式的 | cadmia | 锌壳, 锌渣, 锌质炉瘤, 碳酸锌
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ZINC DROSS：锌渣
依地酸二钠 Edetate DiSodium | 锌渣 ZINC DROSS | 磷酸三丁酯 tri butyl phosphate
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zincification：锌饱和 加锌
zinciferous 含锌的 | zincification 锌饱和 加锌 | zincilate 锌渣
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cadmia：锌壳
cadion 镉试剂 | cadmia 锌壳 | cadmia 锌渣
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cadmia：锌渣
cadmia 锌壳 | cadmia 锌渣 | cadmiosis 镉尘肺
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cadmia：锌壳 锌渣
cadion 镉试剂 | cadmia 锌壳 锌渣 | cadminate 杀菌剂丁二酸镉
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cadmic：正镉的 二价镉的
cadmia | 锌壳, 锌渣, 锌质炉瘤, 碳酸锌 | cadmic | 正镉的 二价镉的 | cadmiferous | 含镉的
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front slagging：前渣法
front side reference method 前侧基准法 | Front slagging 前渣法 | Frontier alloy 佛兰提合金(一种铝锌合金)
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basic zinc carbonate：碱式碳酸锌,盐基式碳酸锌
basic slag 碱性熔渣,盐基性熔渣 | basic zinc carbonate 碱式碳酸锌,盐基式碳酸锌 | basicity 碱度,盐基度