Ceramic Processing: Wetting and Dispersion

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Ceramic Powders: Fragmentation Operations

Explores ceramic powder transformation through fragmentation operations, particle rupture mechanisms, and interparticle forces like van der Waals forces.

Ceramic Processing: Dispersion and Wetting

Explores the production of ceramic pastes, dispersion, wetting, surface tension, and the lotus leaf effect.

Dispersion and Van der Waals Forces

Explores dispersion production, interparticle forces, and colloidal stability.

Thermodynamics of Interfaces: Gibbs Model and Micelles

Explores the Gibbs model of interfaces and micelle formation in surfactant solutions.

Colloid Stability: DLVO Theory and Membrane Potential

Explores the DLVO theory and membrane potential to understand colloid stability and forces between charged surfaces.

Capillarity and Wetting

Explores capillarity, wetting, and surface tension, discussing contact angles, hysteresis, and wetting states.

Powder Treatment: Rheology, Mixing, and Granulation

Explores the rheology, mixing, and granulation of ceramic powders, emphasizing the importance of compound mixing and granulation methods.

Interfacial Chemistry: Introduction & Importance

Covers the basics of interfacial chemistry, including emulsions, surface tension, and the importance of interfaces in various applications.

Solid Liquid Interfaces: Young's Theorem and Cassie Equation

Explores Young's Theorem and the Cassie Equation for solid-liquid interfaces.

Ceramic and Colloidal Processing: Course Summary & Exam

Covers Ceramic and Colloidal Processing, including practical work, exercises, and an exam session via Zoom.