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1、國(guó)際粉體研磨和分級(jí)設(shè)備的進(jìn)展DevelopmentofComminutionEquipmentforPowderProductionNewMillsRollermillsStirredmediamillsVibrationmillsCentrifugalmillsJetmillsOthersRollerMillsHighpressurerollermill(HPRM)(Germany)Poittemill(POITTEMILLINGENIERIE,France)HOROMILL(FCBresearchcentre,France)Princi
2、pleofHigh-pressureRollerMillReductioninBallMill(BM)Grind-abilityasaFunctionofSpecificPressureoftheHPRMDependenceofspecificenergyinputonthefinenessofroundproductsobtainedbystirredmediamillswithorwithouttheHPRMAnImprovedVersionoftheHPRMWithSplitterSettlingStructureofPoittemi
3、llConfigurationWithOneIdleRollerWithaCylindericalShellintheHOROMILLGrindingEfficienciesoftheHOROMILLGrindingVariousMaterialsStirredMediaMillsSalaAgitatedMill(SAM)(Svedala,Sweden)IsaMill(Netzsch,Germany)ALPINEATRMill(HosakawaAlpine,Germany)ANI-MetprotechStirredVerticalMill(
4、Metprotech,Australia)MaxxMill(Eirich,Germany)KDTowerMill(Japan)SomeaspectsondevelopmentsofstirredmediamillsSAMMillsinWetandDryModesALPINEATRMillforDryGrindingANI-MetprotechStirredVerticalMillGeneralDesignofMaxxMillKD-1towermillandthemodifiedversionsKD-2andKD-3Experimentalr
5、esultsobtainedbythreeKDmillsfordrymillingofcalciteSomeaspectsondevelopmentsofstirredmediamillsUseofsmallestbeadsNewdesignforseparationofbeadsAutogenousgrindingApplicationofadditionalforcefieldsUseofsmallestbeadsOnecharacteristicofstirredbeadmillsistousethesmallerbeads(0.1m
6、m)asgrindingmediatoeffectivelyutilisethetransmittedgrindingenergyinsizereductionathighspeeds.NewdesignforseparationofgrindingmediafromgroundproductDCP-Superflow(DraiswerkeGmbH,Germany,nowBuhler)ZR120(BuhlerAG,Switzerland)ConstructionofDCP-SuperflowstirredbeadmillPrincipleo
7、fZR120centrifugalbeadmillAutogenousgrinding?in?SBMUltrafinegrindingoflimestoneApplicationofadditionalforcefieldsCentrifugationVibrationVibrationMillsEccentricvibratingmill(ESM)(Germany)VibroKineticEnergy(VKE)Mill(MicroGrindingSystems,USA)Constructionofeccentricvibrationmil
8、l(ESM)ComparsionofESMandRSMVibroKineticEnergy(VKE)MillCentrifugalMillsZRMcentrifugaltubem
