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Engineering
Chemical Engineering
Polymer Science and Engineering
1. Introduction to Polymer Science and Engineering
2. Polymer Synthesis
3. Polymer Structure and Molecular Weight
4. Polymer Morphology and Solid-State Properties
5. Physical and Mechanical Properties
6. Polymer Solutions and Blends
7. Polymer Processing and Rheology
8. Polymer Characterization Techniques
9. Advanced Topics and Applications
Polymer Structure and Molecular Weight
Molecular Weight and Distribution
Number-Average Molecular Weight
Weight-Average Molecular Weight
Z-Average Molecular Weight
Polydispersity Index
Molecular Weight Distribution Curves
Methods of Measurement
Gel Permeation Chromatography
Principles of Operation
Column Selection
Calibration Methods
Data Interpretation
Osmometry
Membrane Osmometry
Vapor Pressure Osmometry
Colligative Properties
Light Scattering
Static Light Scattering
Dynamic Light Scattering
Zimm Plot Analysis
Viscometry
Intrinsic Viscosity
Mark-Houwink Equation
Viscosity-Molecular Weight Relationships
Polymer Chain Conformation and Configuration
Chain Conformation
Bond Rotation and Flexibility
Rotational Isomeric State Model
Random Coil Model
Radius of Gyration
End-to-End Distance
Persistence Length
Chain Configuration
Stereoisomerism and Tacticity
Isotactic Configuration
Syndiotactic Configuration
Atactic Configuration
Tacticity Measurement
Geometrical Isomerism
cis-Polymers
trans-Polymers
Isomerization Effects
Sequence Isomerism
Head-to-Head vs Head-to-Tail
Regioregularity
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2. Polymer Synthesis
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4. Polymer Morphology and Solid-State Properties