Colloids: Particle Motion and Stabilization

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Electrokinetic Phenomena: Double Layer and Flow Dynamics

Explores electrokinetic phenomena, including colloidal particle motion and the diffuse double layer model in chemical separations.

Ceramic Powders: Fragmentation Operations

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

Colloidal Stability: Electrostatic Interactions & Aggregation Kinetics

Explores electrostatic interactions, surface charges, and aggregation kinetics in colloidal systems, emphasizing stability and ion adsorption.

Plasma Physics II: Fundamentals and Applications

Covers collisional and transport phenomena, collective phenomena, and wave-particle interactions in plasma physics.

Powder Treatment: Rheology, Mixing, and Granulation

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

Electric Double Layer: Theory and Modelling

Explores the electric double layer around charged surfaces in solution and its theoretical models.

Suspensions and Emulsions: Phenomenology

Explores suspensions, emulsions, interaction forces, stability factors, and emulsion types.

Colloidal Crystals: Assembly and Applications

Explores the assembly of particles on solid surfaces, the formation of coffee ring patterns, and the creation of colloidal crystals.

Interfacial Chemistry: Introduction & Importance

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

Overview of Particle Physics and Rutherford Scattering

Covers the constituents of matter, fundamental forces, the Standard Model, natural units, and particle interaction experiments.