1)HM coal cleaning重介质选煤
1.Process design and practice of the HM coal cleaning at Xiaoyi Plant;孝义重介质选煤厂工艺设计与实践
英文短句/例句
1.Promoting the development of Chinese coal preparation by upgrading the HM cleaning technology;提高重介质选煤技术 促进我国选煤业发展
2.Talking about Several Kinds of Wearing Pipelines Used in the Heavy-medium Coal Processing System浅谈重介质选煤系统中常用的耐磨管道
3.Automatic Control of Magnetic Separation in Dense Medium Coal Preparation Plant重介选煤厂介质回收系统的自动控制
4.Application of HM cyclone for coal slime in the process of cleaning high-sulfur coal with difficult washability煤泥重介质旋流器在高硫难选煤分选工艺中的应用
5.The Idea and Practice of Technological Process Transformation of Heavy-medium Powder for Coal Preparation选煤用重介质粉工艺流程改造的思路与实践
6.Discussion on the production practice of reducing medium consumption with three-product dense medium cyclone coal preparation process三产品重介质旋流器选煤工艺降低介耗的生产实践
7.Slime dense medium preparation technique in Tunlan Coal Prep: improvement煤泥重介工艺在屯兰矿选煤厂的完善
8.The application of 3NWX1000/700 unpressurized feeding three-product dense medium cyclone in Fangezhuang Coal Preparation Plant3NWX1000/700无压给料三产品重介质旋流器在范各庄选煤厂的应用
9.Feasibility Analysis of Middling Using Dense Media Repreparation in Tunlan Preparation Plant;屯兰矿选煤厂中煤重介再选可行性分析
10.Observe and Control for Parameter of Dense Medium Coal Separation Technology in Zhenchengdi Mine Coal Preparation Plant镇城底矿选煤厂重介选煤工艺的参数测控
11.fluid bed heavy medium separator流化床层重介质分选机
12.Application of PLC to Density Control System of Heveay-media Coal Separion重介法选煤密度控制系统中PLC的应用
13.Measures to Reduce Medium Consumption of Fangezhuang Coal Preparation Plant范各庄矿选煤厂降低介质消耗的措施
14.The Feasibility Analysis of Autogenousmedium Coal Screening Technology in Datong Area;大同地区煤矿自生介质选煤技术的可行性分析
15.The Study of Fuzzy Control Based on PLC in Dense Medium Separation;基于PLC的重介选煤工艺模糊控制的研究
16.Fundamental Study of Air Dense Medium Magnetically Stabilized Fluidized Beds for Fine Coal Separation空气重介磁稳定流化床分选细粒煤的基础研究
17.Study of Structural Parameters of Coal Separator of Dry Beneficiation with Air Dense-medium Fluidized Bed空气重介流化床干法选煤机结构参数的研究
18.Calculation and Selection of Drying Media for Steel Ball Coal Grinder with Dual Ins and Dual Outs双进双出钢球磨煤机干燥介质的计算选取
相关短句/例句
dense medium coal separation重介质选煤
3)heavy medium coal preparation重介质选煤
1.Taking the heavy medium three product cyclone coal preparation as the example, and based on the dynamic variation relationship between various technical parameters in the work process, a mathematic model of heavy medium coal preparation process control system that is suitable for different heavy medium coal preparation process is developed.以重介质三产品旋流器选煤工艺流程为例 ,根据工艺过程中各种工艺参数间的动态变化关系 ,建立适用于不同重介质选煤工艺流程的重介质选煤过程控制系统数学模型 。
4)dense medium coal preparation重介质选煤
1.The paper describes some breakthrough developments in recent years in China's coal preparation with dense medium process and the important function served by wide spread application of dense medium coal preparation technology.介绍了近年来我国重介质选煤技术创新取得的新进展及其对重介质选煤技术推广应用的重要作用 ,分析了存在的问题 ,提出今后的研发重
2.In dense medium coal preparation process, the changes of suspension technological parameters obviously affect the coal preparation result.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。
5)HM coal preparation plant重介质选煤厂
6)coal dressing with heavy medium重介质选煤过程
延伸阅读
重介质选 利用比重介于两种矿石比重之间的重介质来选别物料的过程。物料颗粒在介质中受到重力和浮力的作用。合力G0＝V(δ－Δ)g；V为颗粒体积；δ为颗粒密度；Δ为重介质密度；g为重力加速度；对δ＞Δ的矿粒,G0为正,即下沉；δ＜Δ的颗粒，G0为负，上浮。用于选别的重介质有两类：①重液，有四氯化碳、氯化钙水溶液等，但因它们价格昂贵，不易回收，或有毒，仅限于试验室应用；②重悬浮液，由水和加重剂混合而成,比重为1.25～4.0，随选用的加重剂密度及其与水的配比而变化。加重剂为粘土、石英、高炉灰、重晶石、赤铁矿、黄铁矿、磁铁矿、硅铁和方铅矿等细粒固体，根据对重悬浮液所需比重选用。 在选别过程中要求设备能保证介质的比重稳定，并能顺利地排放产品。重介质分选机有：①圆筒形分选机（图1）,②锥形分选机，③鼓形分选机，④重介质振动槽，⑤重介质旋流器。前四种分选块状物料；后者分选细粒物料。选煤常用角锥形、深槽型及浅槽型重介质分选机。重产品排出则视情况选用立轮、斜轮、刮板或螺旋输送机等装置，从而构成多种型式的重介质分选机。在选矿中以圆筒形重介质分选机用得最多。 本法可用于预选别从原矿或破碎产品中排弃部分脉石或采矿时混入的围岩。选煤时（工艺流程见图2）则可得到最终精煤及尾煤。其优点是单机生产能力大、分选精度高，可选物料粒度范围宽、生产费用低，但回收加重剂的过程较复杂，包括选别产品的清洗，加重剂的回收、净化，回收重介质的浓缩、过滤等。
