期刊文献+

球磨-旋流器数学模型在磨矿分级自控系统中的应用 被引量:5

Application of Ball Mill-hydrocyclones Mathematical Model in Automation Control System of Grinding-classification
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摘要 应用球磨机-旋流器数学模型,结合国内选矿生产特点,研究开发出一套适合国内磨矿生产的数学模型,为磨矿生产闭环控制提供了科学理论依据。模型计算简单,结果可靠性高,易于编程实现,为球磨机-旋流器系统的工业自动化控制提供了有效手段。 A set of mathematical model suitable for domestic grinding production was developed based on the mathematical model of ball mill-hydrocyclone and the characteristics of domestic mineral processing technique. It can be used as a theoretical basis to actualize the closed-loop control of grinding process. The computation and programming of the model are simple and the results are reliable, therefore, it can provide an effective mean for industrial automation control of the ball mill-hydrocyclone system.
出处 《矿冶工程》 CAS CSCD 北大核心 2012年第1期50-53,60,共5页 Mining and Metallurgical Engineering
关键词 水力旋流器 磨矿分级 选矿自动化 hydrocyclone grinding-classification automation of mineral processing
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  • 1姚书典,隋志宇.高浓度条件下水力旋流器的分离粒度[J]有色金属(选矿部分),1988(03).
  • 2M.A.Doheim,庞学诗.水力旋流器分级校正分离粒度的迅速测定[J]国外金属矿选矿,1986(06).
  • 3庞学诗.水力旋流器分离粒度的计算[J]矿冶工程,1986(01).
  • 4庞学诗.水力旋流器的设计计算[J].有色金属(选矿部分),1991(1):17-22. 被引量:8

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  • 1文祥.变频调速在球磨泵池液位控制系统中的应用[J].江西铜业工程,1999(1):15-17. 被引量:1
  • 2《选矿设计手册》编委会.选矿设计手册[M].北京:冶金工业出版社,1988..
  • 3Tie M,Yue H,Chai T.A hybrid intelligent soft-sensor model for dynamic particle size estimation in grinding circuits[M]// Advances in Neural Networks-lSNN 2005.Springer Berlin Heidelberg, 2005 : 871-876.
  • 4Bouche C, Brandt C, Broussaud A.Advanced control of gold orc grinding plants in South Africa[J].Minerals Engineering, 2005(18) :866-876.
  • 5Farzanegan A,Ghalaei A E.Simulation-assisted evaluation of grinding circuit flowsheet design alternatives aghdarreh gold ore [J]. Archives of Mining Sciences', 2015,60( 1 ): 123-141.
  • 6Austin L G,Klimpel R R,Luckie P T.Process Engineering of Size Reduction:Ball Milling [M].New York:Society of Mining Engineers of the AIME, 1984:69-135.
  • 7Wang X,Wang Y, Yang C, et al.Hybrid modeling of an indu- strial grinding-classification process [J].Powder Technology,2015,279 : 75-85.
  • 8Verkoeijen D, Pouw G A, Meesters G M H, et al.Population balances for particulate processes:a volume approach [J]. Chemical Engineering Science, 2002(57 ) : 2287-2303.
  • 9Ying D ,Li S R.Mathematieal Models of Mineral Processing [M].Changsha : Central South University of Technology Press, 1993 : 128-162.
  • 10Makokha A B, Moys M H, Bwalya M M, et al.Modeling the RTD of an industrial overflow ball mill as a function of load volumn and slurry concentration [J].Minerals Engineering, 2011,24( 3/4 ) : 335-340.

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