3中煤国际工程集团沈阳设计研究院.大型露天矿设备国产化布局的研究[R].2001.Shenyang Coal Engineering & Research Institute,CHINACDC. Research on Equipment Arrangement of Large Open Coal Mine[R]. 2001.
4SINGH M P, ELLIOTT M. Maximizing the perfor mance and economics of complex belt conveyors through integrated design [J]. Bulk Solid Handling,1995, 15(2): 239-244.
5FAUERBACH R, OTREBSKI M. The syferfontein overland conveyor system at sasol secunda plant in south africa[J]. Bulk Solid Handling, 1993, 13 (2):289-295.
6FAUERBACH R, OTREBSKI M, Kunicki J. SIGMA-a curved conveyor plant with special control[J].Bulk Solid Handling, 1994, 14(1): 13-19.
7FUNKE H, HARTMANN K, LAUHOFF H. Design and operating performance of a long distance belt conveyor system with horizontal curves and simultaneous material transport in the upper and lower strands[J].Bulk Solid Handling, 2000, 20(1): 45-55.
8GRABNER K. Operation of the curve-going belt con veyor"bio-TEC" at titan cement [J]. Bulk Solid Han dling, 1997, 17(2): 266-269.
9JAMES G L. Design of a 13. 1km overland conveyor[J]. Bulk Solid Handling, 1992, 12(3): 539-545.
10NORDELL L K. The channer 20km overland-a flagship of modern belt conveyor technology [J]. Bulk Solids Handling, 1991, 11(4): 781-792.
8SCHEFFCLS G. Developments in water hydraulics[J].Hydraulics & Pneumatics,1996,49(12):33-34.
9KOSKINEN K T,VILENIUS M J. Water hydraulics:aversatile technology[J]. Journal of the Japan Hydraulicsand Pneumatics Society,1998,29(7):13-19.
10BACKE W. Wateroroil hydraulics in the future[C]∥Proceedings of 6th Scandinavian InternationalConference on Fluid Power. Tampere: TampereUniversity of Technology,1999:51-64.
