Unit I : Dispersion systems: basic components and applications
Unit I : Dispersed System : Classification Based on Particle Size
Unit I : Classification of Colloids : Lyophilic and Lyophobic Colloids
Unit I : Light Scattering : Optical Property of Colloids
Unit I : Electrical Properties of Colloids
Unit I : Donnan Membrane Equilibrium: in Colloidal Chemistry
Unit I : Kinetic Properties in Colloidal Science
Unit II : Unravelling the Basics of Rheology: A Comprehensive Guide
Unit II : Understanding Newtonian Material
Unit II : Kinematic Viscosity: Properties and Temperature Effects
Unit II : Demystifying Plastic Flow : Non-Newtonian Pharmaceuticals
Unit II : Exploring Pseudoplastic and Dilatant Flow
Unit II : Thixotropy in Non-Newtonian Systems: Dynamics & Measurement
Unit II : Bulges and Spurs in Thixotropy: A Complex Fluid Behavior
Unit II : Negative Thixotropy: Properties, Mechanisms, and Applications
Unit II : Rheologic Properties: Selecting Measurement Tool (Viscometer)
Unit II : Deformation in Solids: Elastic and Plastic Deformation
Unit II : Stress, Strain, and the Heckel Equation in Materials
Unit II : Viscoelasticity: A Fundamental Property of Materials
Unit II : Questions and Answer Keys : Physical Pharmacy II Unit II
Unit III : Suspension as Coarse Dispersions in Pharmaceuticals
Unit III : Interfacial Properties of Suspended Particles
Unit III : Pharmaceutical suspensions : Theory of Sedimentation
Unit III : Formulation of Suspensions : Insights into Techniques
Unit III : Emulsions: Coarse Dispersion System
Unit III : Emulsification Theories: In-Depth Exploration
Unit III : Emulsion Stability and Preservation
Unit III : Rheological Properties of Emulsions
Unit III : Emulsion Formulation through HLB Method
Unit III : Questions and Answer Keys : Physical Pharmacy II Unit III
Unit IV : Micromeritics: Exploring Micro Size Particles
Unit IV : Particle Size Analysis: Number and Weight Distribution
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