粉磨和分级设备进度.pptVIP

国际粉体研磨和分级设备的进展Development of Comminution Equipment for Powder Production;New Mills;Roller Mills;Principle of High-pressure Roller Mill;Reduction in Ball Mill (BM) Grind-ability as a Function of Specific Pressure of the HPRM;;An Improved Version of the HPRM With Splitter Settling;Structure of Poittemill;Configuration With One Idle Roller With a Cylinderical Shell in the HOROMILL;Grinding Efficiencies of the HOROMILL Grinding Various Materials;Stirred Media Mills;SAM Mills in Wet and Dry Modes;ALPINE ATR Mill for Dry Grinding;ANI-Metprotech Stirred Vertical Mill;General Design of MaxxMill;KD-1 tower mill and the modified versions KD-2 and KD-3;Experimental results obtained by three KD mills for dry milling of calcite;Some aspects on developments of stirred media mills;Use of smallest beads;New design for separation of grinding media from ground product;Construction of DCP-Superflow stirred bead mill;Principle of ZR120 centrifugal bead mill;Autogenous?grinding?in?SBM?;Ultrafine grinding of limestone;Application of additional force fields;Vibration Mills;Construction of eccentric vibration mill (ESM);Comparsion of ESM and RSM;VibroKinetic Energy (VKE) Mill;Centrifugal Mills;ZRM?220-35?Centrifugal Mill;Comparison ;Particle size distributions as a function of specific energy input;Aachen centrifugal ball mill ;Jet mills;Others;Hicom mill in industrial applications;Simplified process flowsheet including Hicom mill at Alexkor Ltd., South Africa;Specific energy for grinding calcite below 100 μm to different sizes;Mikro-LGM (Ultrafine impact drying mill);Cone crusher with high-pressure waterjet (coal grinding);Product size-energy input relations from various mills in the case of milling CaCO3;Mechanical Production of Nanoparticles;Grinding results (Al2O3) as a function of specific energy for different grinding beads;Production of nano-particles by milling;TEM photograph of ground products of calcite;Improved and New Classifiers;Air Classifiers;New classifying wheel 500 ATP-