Research on Algorith of Edge Detection in Digital Image Processing the Foam of Fine Coal Flotation 煤泥浮选泡沫数字图像处理中的边缘检测算法研究
The paper gives an analysis on main factors effecting coal flotation performance and a description of automatic control of main parameters of flotation and the way to put it into practice. 阐述了影响浮选效果的主要因素,介绍了浮选工艺过程中几个主要参数自动控制的实现方法,并对各个控制方法进行了分析。
Preparation of Poly-silicate-ferric and Its Application in Coal Flotation by Tilt-type Flotation Column 聚硅酸铁制备及在倾斜式浮选柱选煤中的应用
Technical features of hyperbaric filter and vacuum disc filter introduced in relation of dewatering of coal flotation concentrate; 介绍了加压过滤机和圆盘真空过滤机在浮选精煤脱水方面的工艺特点;
Research on Coal Flotation Mass Transfer Modeling and Simulation 煤浮选传质模型建模及仿真试验研究
Study of the Dynamics Characteristics for Fine Coal Flotation 细粒煤浮选动力学特性研究
New Progress in Mechanical Agitation Coal Flotation Machine in China 我国选煤用机械搅拌式浮选机的新进展
Relationship Between Coal Properties, Coal Floatability and Flotation Reagents& A Study on Composite Reagents for Coal Flotation 煤炭浮选中煤质特性、煤的可浮性和浮选药剂的关系&试论我国煤炭浮选药剂的复配
Study on detection and control of coal flotation in coal preparation plant 选煤厂浮选过程检测与控制的研究
Study on Detection and Control System of Coal Flotation 煤泥浮选测控系统的研究
It was known that by using infrared spectra and X-ray diffraction analyses, surface modification of coal and coal-pyrite takes different direction, which is beneficial to desulfurization of high sulfur coal flotation after pretreatment with different electrochemical methods. 应用红外光谱和X射线衍射分析可知,煤和煤系黄铁矿经不同电化学法预处理后,表面性能向相反的方向改性,有利于两者的浮选分离。
Research on Pyrite Depression in Coal Flotation by Electrochemical Control 电化学调控法抑硫浮选的研究
Aiming at the problem of high moisture, high energy consumption, and being hard to dewater in coal flotation, a new type of pressure filter as well as dewatering technique was developed. 针对浮选精煤水分高、脱水难、能耗高的问题,研制开发了新型快速精煤压滤机与脱水工艺。
Effect of Pyrite Surface Oxidation on the Desulfurization in Coal Flotation 黄铁矿表面状态对煤浮选脱硫的影响
Variable Structure PID Control of Coal Flotation Column Process 浮选柱系统的变结构PID控制
Application and affect mechanism of depressant in coal flotation process 浮游选煤中抑制剂的应用及作用机理
Research on the Technology and Mechanism of Ash Reduction in Coal Flotation Process 浮游选煤降灰工艺和作用机理的研究
The paper reports test results of fine coal flotation with NARK collector instead of diesel oil and it points in the paper that application of the new collector can effect optimization of coal flotation system and improvement of clean coal yield and economic benefit. 介绍了纳尔科新型捕收剂替代柴油作煤泥浮选捕收剂的应用试验结果,指出新型捕收剂的应用可实现浮选系统的优化和浮选精煤产率与经济效益的提高。
Research on Coal Flotation by Coaction of Reagents and Ultrasonic Wave Treatment 药剂与超声波处理的选煤方法研究
An experimental research is carried out on emulsifying agent and emulsion condition in ultra-fine coal flotation and the mechanism of emulsion agent acting on surface of ultra-fine coal particle is roughly explored in the paper. 对微细粒煤浮选进行了乳化剂及乳化条件的试验研究,并粗略探索了乳化药剂在微细粒煤表面的作用机理。
Experimental Research on Emulsifying the Agent for Ultra-Fine Coal Flotation 浮选超细煤药剂乳化的试验研究
Research on the Ash Monitoring System in Coal Flotation 浮选工艺中煤浆测灰系统的研究
Based on large volume of operation and experiment data, analyses were made on the influence of particle size in coal flotation, the effective equipment for coarse slime separation and effective method for fine slime separation. 利用大量的生产和实验资料,分析了煤泥粒度对浮选的影响、粗煤泥分选的有效设备及细煤泥的分选方法。
The existing problem and solvent in coal flotation 煤炭浮选存在的问题与解决方法
Study on Application of Polymer Assistant in Coal Flotation 高分子助剂在浮选精煤脱水中的应用
Study of low-rank coal flotation 低阶煤泥浮选的研究
Research on Mathematical Model of Fine Coal Flotation 细粒煤浮选数学模型的研究
It is important to evaluate the efficiency of coal flotation processes. 煤泥浮选效果评价是浮选管理的一个重要问题。
Jet flotation column is regarded as one of most effective technological innovations, widely used in coal flotation. 射流浮选柱是浮选中一种性能比较优良的设备,广泛应用于细粒煤的浮选。
In the flotation method of physical conditioning, the ultrasound can not only improve the quality of selected slime, but also improve the efficiency of coal flotation. 在浮选的物理调节法中,超声波不仅可以提高入选煤泥的质量,也可提高煤泥浮选的效率。