1) pelletizing
制粒造球
2) granulation
制粒
1.
Technological design and production practice of zinc concentrate granulation-fluidized-bed roasting process;
锌精矿制粒沸腾焙烧工艺设计及生产实践
2.
The granulation effect of mixed ore of Tanggang 1# sintering machine was discussed according to the practical conditions.
结合唐钢生产实际分析了影响混合料制粒的各种因素。
3.
The spray-dry granulation technology is an optimum method for the preparation of high quality grade powder at present.
喷雾干燥制粒是目前生产优质混合料的一种最佳方法。
3) palletizing
制粒
1.
The palletizing and roasting processes in fluidized roasting of pelletized zinc concentrate are investigated.
研究锌精矿制粒沸腾焙烧的制粒和焙烧过程。
2.
The Palletizing heap leaching can resolve a problem that the ore high containing clay is unfit for direct heap leaching.
以一铁帽型金矿石的堆浸生产实践为例 ,结合其矿石性质 ,分析了铁帽型金矿石堆浸的可行性 ,探讨了堆浸时制粒与否、pH值、药剂制度和浸出时间等浸出因素对浸出效果的影响 ,以优化生产条件。
4) pelletizing
制粒
1.
Pelletizing and Alkaline Leaching of Low Grade Powdery Ores of Zinc Oxide;
低品位氧化锌粉矿制粒及碱性浸出
2.
The design characteristics of pelletizing automatic control system in Sintering Plant are introduced.
介绍了烧结厂制粒系统自动化控制的设计特点,在现有自动化基础上,充分利用计算机控制及网络技术,成功地实现了制粒自动化控制与原系统的集成,提高了烧结机的作业率。
3.
That was pelletizing and roasting the ineffective and active Pd catalyst,leaching it by concentrate hydrochloric acid,precipitation-purificating by Pd(NH 3) 2Cl 2,and reducing by hydration combined amine.
介绍了失效活性Pd/C催化剂经制粒焙烧、浓盐酸浸出、二氯二氨络亚钯沉淀精炼法提纯、水合联胺还原制取海绵Pd粉的工艺。
5) granulating
制粒
1.
Study on granulating process of Qianlietongyu Capsules;
前列通瘀胶囊制粒工艺研究
2.
This article briefly introduced the research progress of fluidized roasting technology in aqueous method of Zinc production,analyzed it in the aspects of the development of granulating,enhancing the efficiency of roasting furnace ebullition,the optimized roasting parameter and deactivation.
文章简要介绍了沸腾焙烧过程在湿法炼锌中的应用现状,分析了其在制粒焙烧、提高沸腾炉产能、优化焙烧工艺参数、除杂等方面的研究进展。
3.
This test greatly improved the soaked ability of ore heap by perfecting granulating and heap leaching conditions, and using the dripping leaching technique, fina.
试验通过优化制粒堆浸条件、应用滴淋布液技术等，大大地提高了矿堆浸透性能，最终获得了较满意的选别指标。
6) pelleting
制粒
1.
In the laboratory pelleting system, by changing the moisture content of powdered feed and other pelleting conditions at pelleting section, The effects of moisture content of inlet powder feed, clearances between rolls and die, and the aperture ratio of die(L/d) on productivity, power consumption, and quality index of pellet were investigated.
在实验室制粒系统,通过改变粉料在调质器内的调质效果及制粒机工艺参数,考察了入模水分、辊模间隙及压模孔长径比(L/d)对制粒机的生产率、电耗及颗粒饲料质量的影响。
2.
Measures for improving the water durability of aquatic feed are overviewed in this paper from such aspects as formula of the feed, granularity of raw materials, conditioning, pelleting and cooling.
从原料组成及其配比、原料粒度 (粉碎 )、调质、制粒和冷却 5个方面综述了提高水产饲料耐水性的措
3.
With factory trials, it was found that the moisture of the soyhull (SH) mash after conditioning was the main factor to influence the pelleting rate of products and the electricity consumption.
通过工厂中试发现 ,入模水分是影响大豆皮制粒产量和生产电耗的重要因素 。
参考词条
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