Interfaces and Particles

1. Introduction to dispersed systems

2. Interactions & stability

3. Surface tension, surfactants, wetting, capillary forces

4. Flowing systems / Preparation of solid particles

5. Emulsions

6. Granular matter

7. Colloids

Course contents prepare for the following Chemical Engineering Electives:

• CH3542 Inorganic materials

• CH3531 Functional ceramics

• CH3921 Sustainable Polymer Materials

• CH3563 Particle technology for health and energy

• CH3382 Molecular engineering of soft materials in health care

Course assessment overview:

-30% Group Project (application of course material)

-70% Final Exam (theory and problem solving)

Detailed breakdown:
An additional 3% contribution towards the theory and problem-solving component can be accrued by attending the guest lectures planned throughout the course.

Passing criteria:
To pass the course, students must achieve a passing mark on the Final Exam.

If a student does not pass the Final Exam, they can take a resit. In the case of a resit, the Group Project score remains valid for the final grade calculation.