for a swarm of spherical particles applicable for low z poten-A general mobility expression is derived for a swarm of identical tials and all ka values, showing that as ka decreases and/ spherical colloidal particles in concentrated suspensions on the or the particle volume fraction increases (the p
Viscosity of suspensions of spherical and other isodimensional particles in liquids
β Scribed by Andrew Pusheng Ting; Ralph H. Luebbers
- Publisher
- American Institute of Chemical Engineers
- Year
- 1957
- Tongue
- English
- Weight
- 871 KB
- Volume
- 3
- Category
- Article
- ISSN
- 0001-1541
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π SIMILAR VOLUMES
Recent observations of order-disorder phase transitions in low density aqueous suspensions of electrostatically stabilised latex spheres are explained using Gouy-Chapman theory and current theories of fmst-order phase transitions. A problem which has excited a good deal of interest over the past few
for the dynamic mobility of spherical particles which is ap-A theory for the dynamic electrophoretic mobility m of spherical plicable for all ka (k is the Debye-Hu Β¨ckel parameter and colloidal particles in concentrated suspensions in an oscillating a is the particle radius) at zero particle permitt
Viscosity measurements in a wide shear rate range, on suspensions of six Newtonian and non-Newtonian liquids, are reported. The shear rate dependency of suspensions in non-Newtonian liquids is compared with that of suspensions in Newtonian ones and an extension to the former of the Krieger-Doughert