PHYSICAL PHARMACEUTICS II BP403T
Rheology Introduction Newtons law Non Newtonian systems
PHYSICAL PHARMACEUTICS II BP403T
0%
Completed
UNIT-1
Introduction of colloids
Reading
Classification of dispersion systems, characteristics size shapes of colloidal particles
Reading
Classification of colloids & general properties
Reading
Optical properties
Reading
Kinetic properties
Reading
Electrical properties
Reading
Effect of electrolytes, coacervation, peptization and protective action
Reading
Stability of colloids
Reading
UNIT-2
Rheology Introduction Newtons law Non Newtonian systems
Reading
Pseudo plastic flow
Reading
Thixotropy
Reading
Determination of Rheological properties
Reading
MULTI POINT VISCOMETERS (ROTATIONAL)
Reading
ROTATIONAL VISCOMETERS
Reading
Deformation of solids
Reading
HECKEL EQUATION
Reading
STRESS,STRAIN,MODULUS
Reading
ANTI-THIXOTROPHY
Reading
UNIT-3
COARSE DISPERSIONS
Reading
CONTROLLED FLOCCULATION
Reading
Emulsions and theories of emulsification
Reading
Multiple emulsions
Reading
STABILITY OF EMULSION
Reading
Coalescence and breaking
Reading
Preservation of emulsions
Reading
UNIT-4
MICROMERITICS
Reading
Number and Weight Distributions
Reading
Methods for Determining Particle Size
Reading
Methods for Determining Particle Size
Reading
Methods for Determining Particle Size (Sedimentation)
Reading
Methods to determine particle size
Reading
Particle Shape and Surface Area
Reading
Methods for Determining Surface Area
Reading
Air Permeability Method
Reading
Derived Properties of Powders
Reading
UNIT-5
DRUG STABILITY ,Chemical Kinetics and Stability
Reading
Methods for determining the order of reaction
Reading
Factors affecting rate of reaction
Reading
Factors affecting rate of reaction
Reading
Catalysis
Reading
Accelerated stability and stress testing
Reading
Stability of pharmaceuticals
Reading
Oxidation
Reading
More
Announcements
Reviews
Course Info
Exercise Files
class (13) (docx)
205.17 KB
WhatsApp us
Finish Course Early?
You have not completed all required lessons and assessments.
Your Progress
0%
Go Back to Course
Complete Anyway