Buch, Englisch, 300 Seiten, Großformatiges Paperback. Klappenbroschur, Format (B × H): 170 mm x 240 mm
Reihe: De Gruyter STEM
Buch, Englisch, 300 Seiten, Großformatiges Paperback. Klappenbroschur, Format (B × H): 170 mm x 240 mm
Reihe: De Gruyter STEM
ISBN: 978-3-11-045248-8
Verlag: De Gruyter
Autoren/Hrsg.
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Weitere Infos & Material
From the Content: Condensed phase are the consequence of intermolecular forces
- Van der Waals forces are short range and weak
- Keesom
- Debye
- London
- Overlap repulsion
- Lennard Jones Potential describes intermolecular attractive and repulsive interaction
MD simulations
- Pair correlation Kirkwood buff MD
Surface tension: Molecules at an interface are differently bound as compared to the bulk
- Measuring surface tensions
- Ring technique
- Pendent drop
- Oscillating bubble devices
- Very low surface tensions: Spinning drop
- Facettes of surface tension: Minimizing surface area
- Steiner Network Problem: calculus of variation
Five laws of interfacial engineering: Minimizing surface free energy
- Hamakerer law: The summation of short range intermolecular interaction lead to strong and long range interaction between colloidal objects
- Kelvin law: There is a barrier in forming new phases
- Young law governs the wetting properties
- Laplace law Cuvature matters
- Gibbs law: reducing G by adsorption
Experimental technique
- Surface force apparatus
- AFM colloidal Probe
- X-ray and neutron reflectometry
- QCM
- Optical reflection techniques
- Nonlinear optical technique of the second order
Classical problems seen in the light of new experiments
- Ions at interface
- Ions may adopt a nonmonotoneous concentration profile
- Interfacial water as a sensitive probe
- Hofmeister effects
- Wetting phenomena
- Microstructures surfaces
- Surving under extrem conditios
- Adsorption phenomena
- Illuminating the molecular architecture
Nonequilibrium states and dynamics
- Surface rheology
- Different time scales need different instrumentations
- Langmuir
- Oscillating drop
- Oscillating bubble
- Foams
Assembly: designing complex molecular architecture
- Layer-by layer technique
- Self assembled monolayers
- Stimuli responsive systems
- Adsorption
- What is at the interface
- How much is at the interface isotherm kinetics
- Combining techniques QCM
- Nonequlibrium states dynamics
- Experimental techniques
- X-ray
- Neutron scattering
- Optical reflection
- AFM
- Organization in two dimension Langmuir
- Wetting properties