| 1 - 1 |
Special issue - UEF Conference on Solid-Liquid Separation Systems - Foreword
Concha FA |
| 3 - 12 |
Bridging flocculation studied by light scattering and settling
Glover SM, Yan YD, Jameson GJ, Biggs S |
| 13 - 22 |
Aggregate structures formed via a bridging flocculation mechanism
Biggs S, Habgood M, Jameson GJ, Yan YD |
| 23 - 30 |
The structure and strength of depletion force induced particle aggregates
Yan YD, Burns JL, Jameson GJ, Biggs S |
| 31 - 36 |
Cationic microparticle based flocculation and retention systems
Yan ZG, Deng YL |
| 37 - 42 |
Estimate of sludge floc permeability
Wu RM, Tsou GW, Lee DJ |
| 43 - 49 |
Enhanced flocculation of colloidal dispersions by polymer mixtures
Csempesz F |
| 51 - 63 |
New equipment for detection of polymer induced flocculation of cellulosic fibres by using image analysis - application to microparticle systems
Wagberg L, Eriksson J |
| 65 - 72 |
Optimization of slurry flocculation and dewatering based on electrokinetic and rheological phenomena
Dentel SK, Abu-Orf MM, Walker CA |
| 73 - 79 |
A new method for the reconstruction of the particle radius distribution function from the sedimentation curve
Parchevsky KV |
| 81 - 89 |
Stochastic sedimentation and hydrodynamic diffusion
Tory EM |
| 91 - 104 |
Numerical methods for the simulation of the settling of flocculated suspensions
Burger R, Evje S, Karlsen KH, Lie KA |
| 105 - 117 |
Applications of the phenomenological theory to several published experimental cases of sedimentation processes
Burger R, Concha F, Tiller FM |
| 119 - 133 |
On boundary conditions and solutions for ideal clarifier-thickener units
Diehl S |
| 135 - 140 |
Discrete sedimentation model for ideal suspensions
Quispe J, Concha F, Toledo PG |
| 141 - 148 |
Consolidation and aggregate densification during gravity thickening
Farrow JB, Johnston RRM, Simic K, Swift JD |
| 149 - 155 |
Recent developments in techniques and methodologies for improving thickener performance
Farrow JB, Fawell PD, Johnston RRM, Nguyen TB, Rudman M, Simic K, Swift JD |
| 157 - 165 |
Semi-batch test of sedimentation. Application to design
Font R, Laveda ML |
| 167 - 175 |
Hydrodynamic parameters from the Michaels and Bolger method
Font R, Perez M |
| 177 - 188 |
Phenomenological foundation and mathematical theory of sedimentation-consolidation processes
Burger R |
| 189 - 195 |
Filtration by falling particles
Chandler JL |
| 197 - 201 |
Suspension concentration profiles during rapid gravity filter backwashing
Hall D, Fitzpatrick CSB |
| 203 - 214 |
The uses of non-steady-state membrane characterisation techniques for the study of transport properties of active layers of nanofiltration membranes: theory with experimental examples
Yaroshchuk AE, Ribitsch V |
| 215 - 220 |
Use of material coordinates in porous media solute and water flow
Smiles DE |
| 221 - 231 |
Pore structure and network analysis of filter cake
Lin CL, Miller JD |
| 233 - 236 |
Cake filtration theory and practice
Mayer E |
| 237 - 244 |
Crossflow filtration testing of INEEL radioactive and non-radioactive waste slurries
Mann NR, Todd TA |
| 245 - 249 |
Dynamic cross flow filtration
Bott R, Langeloh T, Ehrfeld E |
| 251 - 256 |
A critical analysis of the fish hook effect in hydrocyclone classifiers
Nageswararao K |
| 257 - 265 |
Axial symmetric flow model for a flat bottom hydrocyclone
Collantes J, Concha F, Chine B |
| 267 - 273 |
Flow patterns in conical and cylindrical hydrocyclones
Chine B, Concha F |
| 275 - 282 |
The hydrodynamics of a hydrocyclone based on a three-dimensional multi-continuum model
Nowakowski AF, Kraipech W, Williams RA, Dyakowski T |
| 283 - 288 |
Sub-micron particle dewatering using hydrocyclones
Pasquier S, Cilliers JJ |
| 289 - 293 |
Experimental hydrocyclone coping models
Heiskanen K |
| 295 - 303 |
Evaluation of hydrocyclone models for practical applications
Chen W, Zydek N, Parma F |
