Nr. |
Title |
Contact |
A1 |
Mixtures of Particles with Complex Architecture in Shear Flow
|
Dhont /
Lettinga
|
A2 |
"Tunable" Model Systems for Soft Colloids
|
Stellbrink /
Willner /
Richter
|
A4 |
Colloidal Soft Matter under Shear Flow
|
Gompper /
Winkler
|
A5 |
Computer Simulations of Structure, Dynamics, and Phase Behaviour of Colloidal Fluids in Confined Geometry and under Shear
|
Binder /
Virnau
|
A6 |
Time-Dependent Flow in Arrested States
|
Brader /
Fuchs /
Egelhaaf
|
A7 |
Force-Driven Micro- and Macro-Rheology
|
Voigtmann /
Fuchs
|
B1 |
Structure and Transport Properties of Charged Sphere Suspensions in Electric Fields
|
Palberg |
B2 |
Electrokinetic Properties of Charged Colloids in External Fields |
Nägele |
B4 |
Computer Simulation of Electrokinetics in Colloidal Systems |
Dünweg /
|
B7 |
Colloids in Crossed Electric and Magnetic Fields |
Vollmer /
Butt /
Schmidt
|
B8 |
Phase Transitions of Confined Nanorods in Electric Fields |
van Blaaderen /
Imhof /
Dijkstra /
van Roij /
Vanmaekelbergh
|
B9 |
Computer Simulations of Charged Colloids in Alternating Electric Fields
|
Schmid |
C1 |
Dynamics of Autonomous Swimmers in Confinement |
Erbe /
Leiderer
|
C2 |
Two-dimensional Colloidal Systems in Anisotropic Magnetic Fields or in Light Fields
|
Keim /
Maret
|
C3 |
Phase Transitions of Two-Dimensional Paramagnetic Colloids in External Fields
|
Likos /
Löwen
|
C4 |
Effect of Modulated Boundaries on Structure Formation Near the Liquid-Solid Transition in Equilibrium and Under Shear
|
Maret /
Binder /
Nielaba
|
C7 |
Concentrated Colloidal Suspensions in Modulated Light Fields |
Egelhaaf |
D1 |
Confined Colloidal Crystals in and out of Equilibrium |
Palberg /
Schöpe /
Messina /
Löwen
|
D3 |
Differently Shaped Hard Body Colloids in Confinement: From Walls to Porous Media |
Wensink /
Löwen
|
D5 |
Mixture of Rod-like and Spherical Colloids under Confinement: Phase Transition Kinetics
|
Schilling /
Binder
|
D6 |
Structure Formation in Columnar Mineral Liquid Crystals in Confinement |
Vroege /
Petukhov /
Lekkerkerker
|
N1 |
Colloids at Interfaces |
Oettel
|