| 267 - 267 |
Special Issue: Pharmaceutical Granulation and Processing Foreword
Walker GM, Salman AD, Hounslow M, Palzer S |
| 268 - 274 |
Labscale fluidized bed granulator instrumented with non-invasive process monitoring devices
Leskinen JTT, Okkonen MAH, Toiviainen MM, Poutiainen S, Tenhunen M, Teppola P, Lappalainen R, Ketolainen J, Jarvinen K |
| 275 - 284 |
The effect of the binder size and viscosity on agglomerate growth in fluidised hot melt granulation
Zhai H, Li S, Jones DS, Walker GM, Andrews GP |
| 285 - 291 |
The variability of pharmaceutical granulation
Sochon RPJ, Zomer S, Cartwright JJ, Hounslow MJ, Salman AD |
| 292 - 298 |
Relationship between particle shape and some process variables in high shear wet granulation using binders of different viscosity
Cavinato M, Franceschinis E, Cavallari S, Realdon N, Santomaso A |
| 299 - 304 |
Mixing of a wet granular medium: Effect of the particle size, the liquid and the granular compacity on the intensity consumption
Collet R, Oulahna D, De Ryck A, Jezequel PH, Martin M |
| 305 - 315 |
Effect of impeller speed on mechanical and dissolution properties of high-shear granules
Mangwandi C, Adams MJ, Hounslow MJ, Salman AD |
| 316 - 321 |
A new approach to the granulation of beta-cyclodextrin inclusion complexes
de Castro AD, Silva NP, Cury BSF, Evangelista RC, Freitas LAP, Gremiao MPD |
| 322 - 329 |
Twin screw wet granulation: Granule properties
Dhenge RM, Fyles RS, Cartwright JJ, Doughty DG, Hounslow MJ, Salman AD |
| 330 - 339 |
Effect of formulation hydrophobicity on drug distribution in wet granulation
Nguyen TH, Shen W, Hapgood K |
| 340 - 349 |
Improving liquid distribution by reducing dimensionless spray flux in wet granulation-A pharmaceutical manufacturing case study
Hapgood KP, Amelia R, Zaman MB, Merrett BK, Leslie P |
| 350 - 358 |
The development of a novel formulation map for the optimization of high shear wet granulation
Cavinato M, Bresciani M, Machin M, Bellazzi G, Canu P, Santomaso A |
| 359 - 370 |
Analysis of in vitro drug dissolution from PCL melt extrusion
Douglas P, Andrews G, Jones D, Walker G |
| 371 - 375 |
In-line dynamic torque measurement in twin-screw extrusion process
Koster M, Thommes M |
| 376 - 382 |
Fractal formation description of agglomeration in low shear mixer
Rondet E, Delalonde M, Ruiz T, Desfours JP |
| 383 - 392 |
Modelling of pharmaceutical granule size reduction in a conical screen mill
Reynolds GK |
| 393 - 402 |
Modelling of particle motion in an internal re-circulatory fluidized bed
Cronin K, Catak M, Tellez-Medina D, Cregan V, O'Brien S |
| 403 - 409 |
Markov chain modelling of fluidised bed granulation
Catak M, Bas N, Cronin K, Tellez-Medina D, Byrne EP, Fitzpatrick JJ |
| 410 - 417 |
Predicting the pressure distribution during roll compaction from uniaxial compaction measurements
Patel BA, Adams MJ, Turnbull N, Bentham AC, Wu CY |
| 418 - 424 |
Fluid dynamics simulation of the high shear mixing process
Darelius A, Remmelgas J, Rasmuson A, van Wachem B, Bjorn IN |
| 425 - 431 |
Relationship between mechanical properties and shape descriptors of granules obtained by fluidized bed wet granulation
Tellez-Medina DI, Byrne E, Fitzpatrick J, Catak M, Cronin K |
| 432 - 441 |
Numerical study of the effects of particle size and polydispersity on the agglomerate dispersion in a cyclonic flow
Tong ZB, Yang RY, Chu KW, Yu AB, Adi S, Chan HK |
| 442 - 448 |
Low shear granulation of pharmaceutical powders: Effect of formulation on granulation and tablet properties
Ma H, Andrews GP, Jones DS, Walker GM |
| 449 - 452 |
Compaction of recrystallised ibuprofen
Seton L, Roberts M, Ur-Rehman F |
