1 - 16 |
The influence of particle bed configurations and confinements on particle breakage Schonert K |
9 - 9 |
Special issue - Comminution - Preface Forssberg E, Schonert K |
17 - 27 |
Flow behaviour of concentrated suspensions: Predictions and measurements Mewis J |
29 - 42 |
Developments in wet classifiers Heiskanen KGH |
43 - 58 |
Microscale fracture measurements with application to comminution Middlemiss S, King RP |
59 - 69 |
Vibration signal emission from mono-size particle breakage Zeng YG, Forssberg KSE |
71 - 76 |
The temperature and the infrared luminescence of the uvenil fracture surface of glassy polymer Zarkhin LS, Chikunov OV, Salimonenko DA |
77 - 91 |
High velocity impact of particles on a target - An experimental study Mebtoul M, Large JF, Guigon P |
93 - 100 |
Chemically assisted dry comminution of sericite - Dry comminution method accompanied by ion-exchange Ikazaki F, Uchida K, Kamiya K, Kawai A, Gotoh A, Akiba E |
101 - 115 |
Modelling of interparticle breakage Liu J, Schonert K |
117 - 131 |
Comminution of porous materials Bevilacqua P, Ferrara G |
133 - 142 |
Some industrial experiences in modifying fine grinding environments for improved downstream product performance Klimpel RR |
143 - 153 |
Liberation of composite waste from manufactured products Loehr K, Melchiorre M |
155 - 165 |
Rheological characterization of mineral suspensions using a vibrating sphere and a rotational viscometer Kawatra SK, Bakshi AK, Miller TE |
167 - 179 |
Mechano-chemical reaction of metallurgical grade silicon with gaseous hydrogenchloride in a vibration mill Bade S, Hoffmann U, Schonert K |
181 - 185 |
Interrelation between fine grinding and mechanical activation Boldyrev VV, Pavlov SV, Goldberg EL |
187 - 195 |
Grinding of mixture under mild condition for mechanochemical complexation Senna M |
197 - 208 |
Reactivity of mechanically activated chalcopyrite Tkacova K, Balaz P |
209 - 221 |
Financial implications of comminution system optimization Herbst JA, Lo YC |
223 - 235 |
Modelling the new LKAB Kiruna concentrator with USIM PAC(c) Soderman P, Storeng U, Samskog PO, Guyot O, Broussaud A |
237 - 248 |
Solution approaches to the dynamic population balance modeling of a closed grinding network Williams MC, Meloy TP, Tarshan M |
249 - 259 |
Computer aided grinding circuit optimisation utilising a new mill efficiency curve Espig D, Reinsch V |
261 - 271 |
The development of laboratory testing for autogenous grinding Morsky P, Klemetti M, Knuutinen T, Kalapudas R, Koivistoinen P |
273 - 287 |
The use of data from small-scale mills and computer simulation techniques for scale-up and design of SAG mill circuits Klymowsky IB, Rijkers ALM |
289 - 300 |
Modelling and simulation of large diameter autogeneous and semi-autogeneous mills Morrell S, Finch WM, Kojovic T, Delboni H |
301 - 313 |
Wear in high-speed impact mills Uuemois H, Kangur H, Veerus I |
315 - 326 |
Spiral jet mills: Hold up and scale up Muller F, Polke R, Schadel G |
327 - 336 |
Development of a new jet mill for very fine mineral grinding Alfano G, Saba P, Surracco M |
337 - 348 |
Supervisory control of autogenous grinding circuits Borell M, Backstrom PO, Soderberg L |
349 - 360 |
A mechanistic state equation model for semiautogenous mills Amestica R, Gonzalez GD, Menacho J, Barria J |
361 - 371 |
Ultrafine grinding in an air-swept ball mill circuit Kolacz J, Sandvik KL |
373 - 382 |
Characterization of laboratory-scale tumbling mills Steiner HJ |
383 - 393 |
The measurement of forces exerted by the load on liners in rotary mills (wet and dry) Moys MH, Smit I, Stange W |
395 - 404 |
Grinding technical questions of producing composite cement Opoczky L |
405 - 412 |
An industrial application of multivariable linear quadratic control to a cement mill vanBreusegem V, Chen L, Bastin G, Wertz V, Werbrouck V, dePierpont C |
413 - 424 |
Simulation of ball behavior in a vibration mill in relation with its grinding rate: Effects of fractional ball filling and liquid viscosity Yokoyama T, Tamura K, Usui H, Jimbo G |
425 - 435 |
Grinding mechanism of centrifugal mills - A simulation study based on the discrete element method Inoue T, Okaya K |
437 - 446 |
The outer mechanics of the eccentric vibration mill Beenken W, Gock E, Kurrer KE |
447 - 459 |
Optimization of stone-quarry technologies Csoke B, Petho S, Foldesi J, Meszaros L |
461 - 469 |
New comminution applications using hydrocone crushers with setting regulation in real time Svensson A, Hedvall P, Fjaestad M |
471 - 483 |
Technology improvements of crushing process in Majdanpek Copper Mine Grujic MM |
485 - 495 |
Ultra fine grinding in a two stage rotor impact mill Drogemeier R, Leschonski K |
497 - 506 |
Dynamic modeling of a closed loop jet mill Gommeren HJC, Heitzmann DA, Kramer HJM, Heiskanen K, Scarlett B |
507 - 519 |
Performance of a fluidized bed jet mill as a function of operating parameters Benz M, Herold H, Ulfik B |
521 - 537 |
Confined particle bed comminution under compressive loads Fuerstenau DW, Gutsche O, Kapur PC |
539 - 559 |
Product size distribution and energy expenditure in grinding minerals and ores in high pressure rolls Lim IL, Voigt W, Weller KR |
561 - 568 |
Wear protection of surfaces from high pressure grinding rolls: Possibilities and limits Oberheuser G |
569 - 581 |
Component wear in vertical spindle mills grinding coal Sligar J |
583 - 595 |
Grinding of waste paper and rice hulls with the Szego Mill for use as plastics fillers Molder T, Trass O |
597 - 606 |
A new grinding process: HOROMILL(R) Cordonnier A |
607 - 615 |
Investigation of the grind limit in stirred-media milling Cho H, Waters MA, Hogg R |
617 - 627 |
Energy distribution and particle trajectories in a grinding chamber of a stirred ball mill Blecher L, Schwedes J |
629 - 640 |
Investigations into the process dynamic and control of a laboratory agitator bead mill Bernhardt P |
641 - 652 |
Power predictions for a pilot scale stirred ball mill Gao MW, Forssberg KSE, Weller KR |
653 - 661 |
Validation of a model of a stirred bead mill by comparing results obtained in batch and continuous mode grinding Berthiaux H, Heitzmann D, Dodds JA |
663 - 672 |
Dimensioning a forced movement wet grinder with a MacCabe and Thiele construction Clerc L, Ouammou M, Benhassaine A |
673 - 682 |
Kinetics of comminution in micro- and sub-micrometer ranges Strazisar J, Runovc F |
683 - 702 |
Use of grinding and liberation models to simulate tower mill circuit performance in a lead/zinc concentrator to increase flotation recovery Weller KR, Morrell S, Gottlieb P |
703 - 721 |
Some considerations regarding optimum flow fields for centrifugal air classification Johansen ST, deSilva SR |
723 - 731 |
CFS-HD: A new classifier for fine classification with high efficiency Nied R |
733 - 741 |
Grinding circuit for fine particles in liquid suspensions with a new counter-flow centrifugal classifier Bickert G, Stahl W, Bartsch R, Muller F |
743 - 749 |
Air core and roping in hydrocyclones Concha F, Barrientos A, Montero J, Sampaio R |