Freezing Colloids: Observations, Principles, Control, and Use

1. Freezing Colloids: Natural and Technological Occurrences
Sylvain Deville

2. Investigating the Freezing of Colloids: Experimental Techniques to Probe Solidification Patterns, Crystal Growth, and Particle Movement
Sylvain Deville

3. Understanding the Freezing of Colloidal Suspensions: Crystal Growth and Particle Redistribution
Sylvain Deville

4. Ice-Templating: Processing Routes, Architectures, and Microstructures
Sylvain Deville

5. Ice-Templated Materials: Polymers, Ceramics, Metals and Their Composites
Sylvain Deville

6. Ice-Templating and Freeze-Casting: Control of the Processes, Microstructures, and Architectures
Sylvain Deville

7. Properties and Applications of Ice-Templated Materials
Sylvain Deville

8. Ice-Templating, Freeze-Casting: A Practical Guide to Get Started
Sylvain Deville

Keywords: Materials Science, Characterization and Evaluation of Materials, Engineering Fluid Dynamics, Polymer Sciences, Food Science, Mathematical Modeling and Industrial Mathematics, Geophysics and Environmental Physics