Lecture Interfaces
The interfacial regions between bulk media, although often comprising only a fraction of the material present, are frequently the site of reactions and phenomena that dominate the macroscopic properties of the entire system. Hence, the understanding of the self-organization of molecules at interfaces and their corresponding static and dynamic properties defines a central theme of Colloids and Interface Science.
Linear and nonlinear optical reflection techniques, X-ray and neutron scattering, and scanning probe techniques are powerful tools in the armory of surface scientists that deepened our understanding of interfacial architecture.
Our lecture is designed for motivated students in the field of Colloid and Interface science. The major objective is to discuss modern surface analytical tools that increased our understanding of fluid interfaces. Moreover, the lecture discusses in depth the five laws of Interfacial engineering: Hamaker, Gibbs, Kelvins, Youngs and Young-Laplace law.
Please note this lecture is mandatory for all COSOM students.
The preliminary discussion for the lecture Interfaces I will take place on Monday, October 13 in room 12.0.19 8 :15. The main goal is to find a date that suits everyone. Furthermore, we can agree on the language of instruction.
If we cannot identify a date, we could also organize a one-week block course at the end of the term as an alternative.
Hubert Motschmann
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