Index
Course Info
Lecture 1
- 1 Introduction
- 2 Thermodynamics and Statistical Physics Revisited
Lecture 2
- 3 Statistical Physics Definitions
Lecture 3
- 4 Equipartition
- 5 Chemical Potential
Lecture 4
- 6 Osmotic Pressure
- 7 Gibbs Distribution
Lecture 5
- 8 Phase Transitions
Lecture 6
- 9 Kinetics of Liquid–Liquid Unmixing
Lecture 7
- 10 Solid–Liquid Phase Transitions
- 11 Forces and Interactions in Soft Matter
Lecture 8
- 12 Forces and Interactions in Soft Matter
Lecture 9
- 13 Electric Double Layer
Lecture 10
- 14 van der Waals Interactions
Lecture 11
- 15 van der Waals Interactions
- 16 van der Waals Interaction
Lecture 12
- 17 van der Waals Interaction
Lecture 13
- 18 Depletion Forces
Lecture 14
- 19 Depletion Forces
- 20 Flows and Transport in Liquids
Lecture 16
- 21 Brownian Motion
Lecture 17
- 22 Hydrodynamics
Lecture 18
- 23 Reynolds Number
- 24 Boundary Hydrodynamics
Lecture 19
- 25 Electro-osmosis
- 26 Polymers
Lecture 20
- 27 Ideal Polymer Models
Lecture 22
- 28 Real Polymers
Lecture 23
- 29 Scattering Techniques for Polymer Conformation
- 30 Viscoelasticity
Lecture 24
- 31 Viscoelasticity
Lecture 25
- 32 Dynamics of Polymers
Lecture 26
- 33 Semidilute Polymer Solutions
Lecture 27
- 34 Liquid Crystals
Lecture X

25 Electro-osmosis

---
title: Electro-osmosis
jupyter: python3
---