Rheology of Dispersions and Suspensions
Session A4
(Monday, 0900-1200)
Session Chair:
Paul Luckham (Imperial College)
0900 - 183.
Norman Wagner; The rheology of dense colloidal dispersions: Shear thickening,
dilatancy and the effects of adsorbed polymer
0930 - 184.
James L. Harden; Optical studies of formation and aging of clay nanoparticle
gels
1000 - 185.
A. A. Zaman; Role of particle size and electrostatic repulsion on viscosity
and the onset of shear thickening in concentrated colloidal dispersions
1015 - Break
1030 - 186.
Yue Hu; The critical role of flow-modified permittivity in electrorheology:
Model and computer studies
1100 - 187.
John Crocker; The microrheology of inhomogeneous materials measured by
a two-particle method
1130 - 188.
Phil Segre; Effective gravitational temperature in sedimentation
1200 – End
of session
Session A6
(Monday, 1400-1715)
Session Chair:
Norman Wagner (U Delaware)
1400 - 231.
Jan Mewis; Controling the rheology of concentrated, sterically stabilized
suspensions
1430 - 232.
Niels Ryde; Viscosity of sterically stabilized colloids at high solids
concentrations
1500 - 233.
Eugene Pashkovski; Rheology of colloidal particles in concentrated polymer
solutions
1515 - Break
1530 - 234.
Paul Luckham; How controlling interparticle forces in dispersion controls
mechanical properties of advanced ceramic materials
1600 - 235.
Veronique Trappe; Scaling of the viscoelasticity of weakly attractive particles
1630 - 236.
Wolfram Haertl; The glass transition of highly charged colloidal systems
1645 - 237.
D. Lerche; The particle interaction and viscosity behavior characterixation
by sedimentation kinetics of concentrated suspensions in a centrifugal
field
1700 - 238.
Paul Bowen; Yield stress predictions of weakly addregated suspensions form
interparticle forces and the effect of particle size distributions
1715 – End
of session
(C) 2000
Particles Conference