A platform for research: civil engineering, architecture and urbanism
Liquid Bridge Adhesion Force and Dispersion of Aggregate Particles
Many studies have been made on liquid bridges between particles, but the mechanism of liquid bridge formation and its adhesion force when the bridge is in an equibrium condition with the surrounding humidity has not been theoretically clarified. A study has been made on this subject and a new theory is introduced in this paper. Next, a mechanism to disperse aggregate particles down to primary particles by the acceleration of an air stream is explained and a discussion is made on the dispersion force applied to aggregate particles and the adhesion force between particles (van der Waals force and liquid bridge force).
Liquid Bridge Adhesion Force and Dispersion of Aggregate Particles
Many studies have been made on liquid bridges between particles, but the mechanism of liquid bridge formation and its adhesion force when the bridge is in an equibrium condition with the surrounding humidity has not been theoretically clarified. A study has been made on this subject and a new theory is introduced in this paper. Next, a mechanism to disperse aggregate particles down to primary particles by the acceleration of an air stream is explained and a discussion is made on the dispersion force applied to aggregate particles and the adhesion force between particles (van der Waals force and liquid bridge force).
Liquid Bridge Adhesion Force and Dispersion of Aggregate Particles
Yasuo Kousaka (author) / Yoshiyuki Endo (author)
2014
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
Adhesion Force Arising from Solid Salt Bridge Formed after Drying of Liquid Bridge [Translated]†
DOAJ | 2014
|Dispersion of Aggregate Particles by Acceleration in Air Stream [Translated]†
DOAJ | 2014
|Adhesion in Bitumen-Aggregate-Systems
Taylor & Francis Verlag | 2010
|The relationship between aggregate mineralogy and adhesion to aggregate
British Library Conference Proceedings | 1996
|Numerical simulation of adhesion of sea-salt particles on bridge girders
Online Contents | 2014
|