| 403 - 415 |
Linear rheology of diluted linear, star and model long chain branched polymer melts
Daniels DR, McLeish TCB, Kant R, Crosby BJ, Young RN, Pryke A, Allgaier J, Groves DJ, Hawkins RJ |
| 416 - 425 |
Structure and rheology of model side-chain liquid crystalline polymers with varying mesogen length
Wewerka A, Viertler K, Vlassopoulos D, Stelzer F |
| 426 - 433 |
Electrorheology of nematic liquid crystals in uniform shear flow
Reyes JA, Manero O, Rodriguez RF |
| 434 - 440 |
An empirical model predicting the viscosity of highly concentrated, bimodal dispersions with colloidal interactions
Dames B, Morrison BR, Willenbacher N |
| 441 - 456 |
Water in water emulsions: phase separation and rheology of biopolymer solutions
Capron I, Costeux S, Djabourov M |
| 457 - 466 |
A comparison of extensional viscosity measurements from various RME rheometers
Schulze JS, Lodge TP, Macosko CW, Hepperle J, Munstedt H, Bastian H, Ferri D, Groves DJ, Kim YH, Lyon M, Schweizer T, Virkler T, Wassner E, Zoetelief W |
| 467 - 484 |
The instability mechanism of single and multilayer Newtonian and viscoelastic flows down an inclined plane
Huang CT, Khomami B |
| 485 - 489 |
Analysis of the effect of breakup frequency on the steady droplet size in flowing polymer blends
Fortelny I |
| 490 - 498 |
Melt rheology and structure of silicone resins
Takahashi T, Kaschta J, Munstedt H |
| 499 - 503 |
New measurements of the flow-curves for Carbopol dispersions without slip artefacts
Roberts GP, Barnes HA |
| 504 - 506 |
Response to letter by Mitsoulis et al.
Rajagopalan D |
