1 - 9 |
Chemical process opportunities for vibrated powders 1. In the laboratory Squires AM |
10 - 19 |
Chemical process opportunities for vibrated powders 2. In the field Squires AM |
20 - 33 |
Determination of bubble diameter and axial velocity for a polyethylene fluidized bed using X-ray fluoroscopy Hulme I, Kantzas A |
34 - 48 |
Minimum fluidation velocity correlations in particulate systems Coltters R, Rivas AL |
49 - 58 |
LES of the turbulent coherent structures and particle dispersion in the gas-solid wake flows Luo K, Fan JR, Jin HH, Cen KF |
59 - 63 |
Preparation of polyaniline/nano-Zno composites via a novel Pickering emulsion route He YJ |
64 - 78 |
Prediction of aerodynamic diameter of particles with rough surfaces Tang P, Chan HK, Raper JA |
79 - 85 |
Effect of temperature and humidity on vegetable grade magnesium stearate Koivisto M, Jalonen H, Lehto VP |
86 - 93 |
A simple model for prediction of solid collection efficiency of a gas-solid separator Zhang R, Basu P |
94 - 112 |
Slurry rheology in wet ultrafine grinding of industrial minerals: a review He MZ, Wang YM, Forssberg E |
113 - 116 |
Synthesis and size control of NiO nanoparticles by water-in-oil microemulsion Han DY, Yang HY, Shen CB, Zhou X, Wang FH |
117 - 125 |
Measurements and prediction of terminal velocity of solid spheres falling through stagnant pseudoplastic liquids Kelessidis VC, Mpandelis G |
126 - 136 |
Hydrodynamics of the reactor section in fluid cokers Song XQ, Bi HT, Lim CJ, Grace JR, Chan E, Knapper B, McKnight C |