# Introduction to Polymer Science
by Dr. Yu Wang
- [Front Page](https://hackmd.io/@YW2025/rkHsf-yJyl)
- [Ch01. Introduction](https://hackmd.io/@YW2025/H1C0A0vsC)
- [Ch02. Overview of Polymer Science](https://hackmd.io/@YW2025/SJl1mXAjC)
- [Ch03. Step Growth Polymerization](https://hackmd.io/@YW2025/BkdZB3yhA)
- [Ch04. Chain Growth Polymerization](https://hackmd.io/@YW2025/BkfcHhy30)
- [Ch05. Precision Polymerization Methods](https://hackmd.io/@YW2025/H1H0B2JnR)
- [Ch06. Depolymerization](https://hackmd.io/@YW2025/rka0onQ2C)
- [Ch07. Polymer Conformation](https://hackmd.io/@YW2025/BJAZwnJnC)
- [Ch08. Polymer Mixture and Solution](https://hackmd.io/@YW2025/SyoOR3QhR)
- [Ch09. Bulk Polymer Properties](https://hackmd.io/@YW2025/Hkw0R3Qn0)
Future plan:
A chapter covering characterization techniques. Brief description of mechanical properties, processing.
<!--
create 10 multiple choice questions, 5 choices each, only 1 is correct. use raw latex format using exam package as the example:
\question[3] Which of the following current large-scale plastics have the greatest potential to be efficiently degraded by employing genetically engineered bacteria?
\begin{choices}
\choice PE
\choice PP
\choice PS
\choice PVC
\choice PET
\end{choices}
-->
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