过氧化钡加锌粉。
氧化锌粉末已经通过水热法成功制得。
Zinc oxide powders have been successfully prepared via hydrothermal process.
讨论了在净化过程中锌粉全悬浮的重要性。
The importance of zinc powder full suspended in the purity process is discussed.
电炉是锌粉工艺进行还原熔炼的承载设备。
Electric furnace is major equipment of zinc powder reduction smelting.
锌末、锌粉及片状粉末。
介绍碱浸-电解湿法直接生产金属锌粉的新工艺。
The new technology of production of Zn powder by alkaline leaching and electrowinning is described.
研究了铜锌粉末在不同退火工艺下的显微组织变化。
The microstructures of Cu-Zn powder under different annealing conditions were studied.
讨论了固化剂、锌粉、铝粉和防沉助剂对涂料性能的影响。
The influences of hardener, zinc powder, aluminum powder, and anti-sediment agent on the performance of coatings were discussed.
本文介绍了半煤气卧式锌粉炉生产锌粉的工艺和生产实践。
This paper describes the technical process for the production of zinc powder with a horizontal half coal gas furnace.
生产超细锌粉是开发利用锌资源，提高其附加值的有效途径。
It is a valid way to develop Zinc resource and improve its extra value by producing ultrafine Zinc dust.
研究超细锌粉气流分级技术工艺条件对产品粒度的影响因素。
The effect of the technical parameters on the particle size of the superfine zinc powder from the air-classification is investigated.
相反，当硫酸钴溶液中含锌离子时，锌粉置换除钻较难进行。
On the contrary, it is hard to remove cobalt from cobalt sulphate solutions containing zinc ions.
高纯氧化锌粉是一种重要的工业原料，具有很高的经济价值。
High purity zinc oxide powder is an important industrial raw material and its economic value is high.
本文以噻吩与溴、锌粉依次发生取代，还原反应生成3-溴噻吩。
Thiophene reacted with bromine and zinc to obtain 3-bromothiophene via substitution and reduction reaction.
影响纳米锌粉自修复性能的主要因素是转速、浓度、时间和负荷。
The main factors that influence repair effect of nanometer zinc powder are rotary speed, consistency, time and load.
分析了锌粉的粒径、颗粒形状、金属锌含量对机械镀锌层的影响。
The influences of grain diameter, grain shape and zinc content of zinc powder on mechanical zinc plating were analyzed.
指出了目前国内锌粉生产存在的问题，探讨了今后改进的途径和方法。
The paper presented the existing problems during the production of zinc powder in China, and discussed the measures for improvement.
摘要以制备超细鳞片状锌粉为目的，对羧酸烃类表面活性剂进行了研究。
The properties of alkane surfactant with carboxyl were studied in order to prepare ultrafine flake zinc powders.
锌粉颗粒之间的键合和表面活性物质的桥接是锌粉颗粒结合的主要途径。
The bonding between zinc powders mainly depends on metallic bonding and bridging from surfactant.
以电炉粗锌为原料，采用精馏-蒸发-冷凝法生产高品质超细活性锌粉。
High quality super fine zinc dusts are produced with electric furnace crude zinc pig as raw material by using distillation condensation technology.
实验结果表明，硬脂酸锌粉粒是显示空气自然对流流动的比较理想材料。
Zinc stearate particles has proved out to be a good trace material for visual display of natural convection flow pattern in enclosure.
镀层中只有少部分锌粉颗粒发生塑性变形，并且变形取向也无明显的规律。
Only a few zinc particles in the coating occurred plastic deformation with irregular orientation.
机械镀锌：是将锌粉末外加在基体金属用冷焊原理和桶抛光加工方法进行。
Mechanical galvanizing: Mechanical galvanizing is a process in which powdered zinc is applied to a base meal using the principles of cold welding and barrel finishing techniques.
将这个新方法与经典的方法比较，并指出在湍流状态的锌粉全悬浮的优越性。
This new method is compared with classical one and the writers point out the advantage of zinc powder full suspend in the turbulent flow of electrolyte.
重点讨论了热喷雾化工艺参数对热喷铜锌粉末的粒度与颗粒表面性质的影响；
The TA parameters that influenced the particle's size and the powder's surface properties were emphatically discussed.
采用SEM、TEM及XRD等方法研究了铜锌粉末在不同制备阶段时的金相组织。
The metallographic structures of Cu-Zn powder under different conditions were studied by SEM, TEM and XRD in this paper.
利用片状锌粉、铝粉、铬酐及其它有机物配制的锌基涂料具有良好的结合力和耐蚀性。
Zinc basic coating, prepared with flake zinc powder, aluminum powder, chromic anhydride and some other organic compounds, possessed good combination force and corrosion resistance.
以鳞片状锌粉为牺牲阳极材料，环氧树脂为成膜物质，制备了鳞片状锌粉防腐蚀涂料。
An anticorrosive coating was prepared with lamellar zinc particles as the sacrificial anode material and epoxy resin as the binder.
超细锌粉是一种新型材料，生产超细锌粉是开发利用锌资源，提高其附加值的有效途径。
The production of superfine zinc powder is an effective way to develop the zinc source and to increase the added value of zinc.
提出了在炼焦过程中利用含锌粉尘作为焦煤添加剂，从而实现高温焦炉煤气脱硫的设想。
Desulfurization of high temperature coke oven gas (COG) by mixing zinc-bearing dust into coking coal has been studied.
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