Unlock the science behind giant molecules and how they shape everyday materials. This introductory text, Organic Chemistry of Macromolecules: An Introductory Textbook, explains how polymers form, how their structures affect properties, and how chemists study and design them for real-world use.
This book guides readers through the core ideas of macromolecular science with clear explanations and structured topics. It covers foundational polymerization mechanisms, a wide range of addition and condensation polymers, and the special roles of naturally occurring polymers. The material is organized to help students connect theory with practical synthesis, property trends, and analytical approaches.
- How free-radical, ionic, and complex-catalyst polymerizations work and why they matter.
- Differences between addition and condensation polymers, including their synthesis and structures.
- Various polymer types, from common plastics to natural polymers like polysaccharides and proteins.
- How polymer properties are measured, interpreted, and linked to molecular features.
Ideal for readers starting in polymer chemistry, materials science, or chemical engineering, this edition provides a solid foundation and a path to more advanced topics.