2001年国际水射流技术纵览

:10050329(2002)010032052001(,310027):11,2001:;;:T-2:D2001InternationalWaterjetTechnologyOverviewXueShengxiongAbstract:Basedonthetechnicalexchange,theproductsexplodingandnewequipmentshowingof11thAmericaWaterjetTechnologyConference,2001internationalwaterjettechnologyisdiscussed,anditsmostnewtendenciesisgiven.Keywords:waterjettechnology;product;overview11200181821,30300,,,2001,1,66:2;:Summers140MPa017m,100MPa,XY,25mm,5tTheMillenniumArchWestminster140210MPa,Foldyna1,120MPa43L/min20kHz600W,(40MPad=1198mmV=30mm/minS=140mm)36NLB,,,,2m,,,:20011010232002301©1994-2006ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.:,,,Stoneage,,;,,52119kW;,,12,,(),4:(),,,(170MPa2000min-11550mm):10mm4h(150500),10min;4h(500),,FeO2,,,280MPa,,,,,,,,800MPa,800MPa400MPa,,,800MPa:,,,800MPa,400MPa,250,,211AQUA-DYNE,Inc1AQUADYNEWATERENER2GYTM,,//,280MPa215gpm56kW33Vol.30,No.1,2002FLUIDMACHINERY©1994-2006ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.:380MPa1gpm37kW,,Y214BorideProductsROCTEC100500,215FedTechWaterjetProducts216FlowInternationalCorporation,(GRS),,,,217GardnerDenverWaterJettingSystems,Inc1GD,But2terworth,,:()280MPa218HammelmannCorp,HDP114300MPa5gpm;,dynamic;35300MPa,tumbleboxes;150MPa66gpm219HeintymannCoporationKamat,,2110HighPressureEqipumentCo.(),701402102804207001000MPa,2111IdrojetS.a.s-KIDExtractorLtd.,(),20t2112Ingersool-RandIngersool-Rand1112kW,400MPa2113JetEdge380MPa(),,2114JETECH,Inc.,,1816441kW,280MPa2115IetstreamofHouston280MPa4200D,,,2116NLBCorporation,280MPa,,HydroPrepTM140MPa2117NewJetTechnologies1992,,,432002301©1994-2006ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.:52120Remcon,Inc1,:,2121SPIRSTAR,Inc.,35350MPa,1/161,2122StoneAge,Inc:()2123VLNAdvancedTechnologies,Inc.Vijay:,70MPa,;,3,JetEdge311TurtleSkinWaterArmor,,,,280MPa312,,,50mm,NewJetJetstreamJetEdge:,,,,,,,,313G1D1,,,,,,314()()Jetstream,,700mm,,,315,G1D1,20m,100m,,,316VLN,:4,2,2:70MPa49L/min20kHz800min-1,(),01662312m2/h,210MPa,:,1Vijay,,,53Vol.30,No.1,2002FLUIDMACHINERY©1994-2006ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(MPa)280380280(L/min)(kgf)(m2/h)8h(t)2217281317191019161323184618718555617381252118Flow,350mm,280MPa2416L/min,,,,,Flow,4:(1),280MPa,149224kW(2),(3),,:,,,:230031888(61)(4)v,;,,(5),[1]Horuz.Acomparisonbetweenammonia-waterandwater-lithiumbromidesolutionsinvaporabsorptionrefrigera2tionsystem[J],Int.Comm.HeatMassTransfer,1998;25:7117211[2]1()[J]1,1999;27(3):52571[3],,1[N]1,1998;(2):45521[4],1[N]1,1997;1(1):63681[5]YangR,WoodBD1Anumericalmodelingofaabsorptionprocessonaliquidfallingfilm[J],SolarEnergy,1992;48(3):1951981[6]AYigit:Anumericalstudyofheatandmasstransferinfallingfilmabsorber[J],Int.Comm.HeatmassTrans2fer,1999;26(2):2692781[7]KazumaUrakawa,ItsukiMorioka,MasanoriKiyota:Ab2sorptionofwatervaporintolithumbromide-watersolu2tionfilmfallingalongaverticalplate[J],BulletinofJSME,1996;29:421842221[8]1[M]1,19851:,,,:116023632002301©1994-2006ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.