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纯水液压传动技术的特点及技术难题 被引量:4

Charcteristic and Technical Trouble of Pure Water Hydraulic Driving Technique
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摘要 用纯水作为工作介质的液压传动技术是近年来国内外液压领域普遍关注的研究方向和前沿课题之一。文中详细论述了纯水液压传动介质的优势及存在的一些问题,并概述了纯水液压的研究现状和国内外的研究进展和展望,指出了纯水液压传动的发展趋势、应用领域及关键技术难题。 That pure water serving as media in hydraulic driving technique is one of study direction,which is paid wide attention in domestic and foreign hydraulic field in recent years. The paper detailedly discussed pure water serving as media of hydraulic driving about its advantage and some generally existed problems,summarized pure water hy-draulic driving about its current study status and prospect at home and abroad,and indicated its developing trend,application field and key technique trouble.
出处 《矿山机械》 北大核心 2007年第10期167-168,共2页 Mining & Processing Equipment
关键词 液压传动技术 传动介质 关键技术 Pure water hydraulic driving tech-nique Driving media Key technical problem
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  • 1杨尔庄.二十一世纪液压技术现状及发展趋势[J].液压与气动,2001,25(3):1-2. 被引量:23
  • 2张利平,韩淑玲,张秀敏.微型液压技术的研究与发展[J].航空制造工程,1996(2):35-37. 被引量:5
  • 3[1]Bhushan B,Gray S.Material Study for High Pressure Seawater Hydraulic Tool Motor.AD-A055609,Naval Civil Engineering Laboratory (NCEL),1978.
  • 4[2]Bhushan B,Gray S.Investigation of Material Combinations under High Load and Speed in Synthetic Seawater.Lubr.Eng.,1983,35(11):628~639
  • 5[4]Brookes C A,Fagan M J.The Development of Water Hydraulic Pumps Using Advanced Engineering Ceramics.In:Proc.4th Scandinavian Int.Conf.on Fluid Power.Tampere,Finland,1995:965~977
  • 6[5]Brookes C A,Fagan M J.The Selection and Performance of Ceramic Components in A Seawater Pump.Fluid Power.In:Proc.3rd JHPS Int.Symp..Tokyo,Japan,1996:3~12
  • 7[2]Water hydraulics. A technical data book. BFPA/P82
  • 8[3]Striker S. Advances make tap water hydraulics more practical. Hydraulics & Pneumatics,1996:29~32
  • 9[4]E. Trostmann, P. M. Clausen. Hydraulic components using water as pressure medium. Proc. 4th Scandinavian Int. Conf. On Fluid Power. Tampere, Finland, Sept. 1995:942~954
  • 10王家金,激光加工技术,1992年

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