跳汰选煤是煤炭行业的重要选煤方法。
重介质选煤因其分选精度高而被广泛应用。
Heavy - medium separation method is in widespread use for its high separation precision.
分析了回坡底选煤厂工艺系统存在的问题。
Analyzes the existent problems of technique system in Huipodi preparation plant.
文中还提出了掺烧时判定电选煤着火情况的方法。
It also presents an approach to assessing the ignition conditions of the blended coal.
选煤厂工艺设计。
介绍了动筛跳汰机在张集选煤厂的应用过程和应用效果。
And the text introduced the application process and effect of moving jigger in Zhangji coal plant.
阐述了一种新型表面改质机在东曲矿选煤厂应用的实践。
This article describes the application of a new type coal superficial quality modifier in Dongqu coal mine prep.
原煤可选性曲线是选煤厂管理和设计的必不可少的基础资料。
Raw coal washability curves provide essential basic data for management and design of coal preparation plants.
介绍了抗磨材料在选煤厂的应用情况、应用效果以及应用前景。
A brief introduction for applied situation, applied effect and applied prospects of wear-resisting in washery.
在现阶段乃至今后相当长的时期内跳汰选仍将是主要选煤方法之一。
Jigging washing will be one of the major coal separation methods during a long period both at present and in the future.
将岱河、朱庄等矿原煤调入选煤厂入洗，有效地配合精煤战略的实施。
The Dai River, Zhuzhuang coal mine and other coal preparation plant transferred into the washing and effective implementation of the strategy with the coal.
空气重介流化床干法选煤工艺是一项具有重大经济价值的洁净煤技术。
The dry cleaning of coal with ADMFB is a cleaning technique of coal with great economic value.
介绍了重介选煤厂实现全自动控制的系统原理及所能实现的各项功能。
The thesis deals with theory and functions of the automatic control system of heavy media concentration plant.
为了降低介质消耗，桃山选煤厂在重介质系统中进行了一系列的改造。
To reduce medium consumption, a series of transform were carried out in heavy medium system in Taoshan coal preparation plant.
介绍了杏花矿选煤厂针对煤泥水系统存在的问题采取工艺改造后的状况。
The problems and the process modification of the slime water system in Xinghuacun coal washery is introduced in this paper.
通过多家选煤厂的推广应用，证明该系统具有显著的经济效益和社会效益。
The application in many preparation plants has proved the noticeable economic and social benefits it can obtain.
本文通过选煤过程线性规划实例介绍EXCEL5·0在此领域的应用方法。
Introduced the application method of EXCEL5 '0 by some examples linear programing in coal preparation process.
在重介质选煤过程中，重介质悬浮液工艺参数的变化对分选效果有显著的影响。
In dense medium coal preparation process, the changes of suspension technological parameters obviously affect the coal preparation result.
最后综述了在此领域内的研究现状和人工智能在选煤产品结构优化计算中的应用。
Finally the present research situation in this filed and the application for artificial intelligence in the computation of coal dressing product structure majorization are epitomized.
跳汰选煤是被广泛采用的选煤方法之一，我国约有60%的选煤厂采用跳汰选煤。
Jigging as one of the most widely used coal cleaning methods is now applied in around 60 percent of the coal preparation plants in China.
这种智能识别技术对提高和稳定跳汰选煤的数量效率和质量效率有十分重要的意义。
This Artificial Intelligence Identification technology has very important significance to increase and stabilize the efficiency of quantity and quality of coal preparation with jig.
针对四台矿选煤厂制约井下生产的问题，改造其原煤车间篦条筛，达到了理想效果。
In Sitai mine, the production was restricted by the washery capacity. The bar screen was reformed and gained good result.
介绍了范各庄矿业分公司选煤厂集控系统进行改造的必要性、改造内容及效果分析。
The technical transformation necessity, content and effect analysis in coal preparation plant, Fangezhuang Coal Mining Industry Branch Co.
介绍了范各庄矿业分公司选煤厂集控系统进行改造的必要性、改造内容及效果分析。
The technical transformation necessity, content and effect analysis in coal preparation plant, Fangezhuang Coal Mining Industry Branch Co. are introduced in this paper.
分析了空气重介质流化床选矿方法与其他传统选煤方法在保持密度稳定性方面的差异。
The paper discusses the difference between coal dry beneficiation with air dense medium fluidized bed and other traditional separations in keeping density stability.
本文给出的新的跳汰流程用水制度将会使所有设有浮选的选煤厂能采用直接浮选工艺。
The paper puts forward a new watering regime of jigging process. It makes coal preparation plants with flotation shops adoptable to direct flotation.
某选煤厂皮带廊混凝土严重腐蚀，已影响正常使用，不进行加固将发生严重的安全事故。
The concrete of belt veranda in a coal preparation plant has been seriously corroded and can not be used normally.
跳汰选煤在选煤中占有重要地位，提高跳汰机的产品分离精度，一直是个重要的研究方向。
Jigging separation plays a very important part in coal preparation, it is very important to improve the precision of separation.
用淮南望峰岗选煤厂精选煤，东庞煤及兴隆庄煤制备的水煤浆体系实验所得结果完全相同。
The experiment results are same when the CWS preparation by using clean coal of Huainan Wangfenggang coal preparation plant, Dongpang coal and Xinglongzhuang coal.
并以近年来技术日益成熟的复合干法选煤技术为例，展示干法选煤技术的巨大节能减排价值。
And take the FGX compound dry coal selector as an example to show the great value of dry coal separation in energy saving and pollution reducing.
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