Course Topics:
- Diffusion of Non-electrolyte Solutions
- Fluxes and velocities
of species in mixtures
- Dilute solution assumption
- Species continuity and conservation
relations
- Governing and constitutive relations for diffusion
in multiple coordinate systems
- Estimation of Diffusion Coefficients
in Gases and Liquids
- Diffusion with simultaneous chemical
reactions
- Diffusion of Electrolyte Solutions
- Chemical Potential
- Phase Equilibrium
- Electrochemical Potential
- Diffusion of Concentrated Solutions
- Membrane Transport
- Passive Diffusion
- Active Transport
- Facilitated Transport
- Starling’s Law of Filtration
- Darcy’s Law and
Brinkman Equation
- Michaelis-Menton kinetics for enzymatic
reactions
- Oxygen Transport
- Krogh Cylinder Model
- Hemoglobin-Oxygen relationships
- Hill’s 2-paramter model
- Adair’s Mode
- Mass Transfer Coefficients
- Dimensionless numbers
- Diffusion+ Convection
- Analysis of dialysis membranes
- Compartmental modeling
- Drug delivery
- Pharmacokinetic analysis
- Pharmacodynamic and Toxicokinetic
relationships in drug delivery
|
|
