Organic Chemistry · 免费预览
第31章：复习与练习
合成聚合物可分为链增长聚合物和逐步增长聚合物。链增长聚合物是在自由基、阴离子或阳离子引发剂存在下，由乙烯基单体的链式反应聚合制备的。自由基聚合
1. Synthetic polymers can be classified as either chain-growth
Synthetic polymers can be classified as either chain-growth
2. The chemistry of synthetic polymers is similar to the chemis
The chemistry of synthetic polymers is similar to the chemis
3. Chemistry Matters — Degradable Polymers
Chemistry Matters — Degradable Polymers
4. Frequently, however, plastics are simply thrown away rather
Frequently, however, plastics are simply thrown away rather
5. Additional Problems
Additional Problems
6. Part 6
Part 6
7. Part 7
Part 7
8. Part 8
Part 8
9. Part 9
Part 9
10. Part 10
Part 10
11. Problem 31-27 When styrene, C_{\text{6}}H_{\text{5}}CH\text{
Problem 31-27 When styrene, C_{\text{6}}H_{\text{5}}CH\text{
12. Problem 31-31 Glyptal is a highly cross-linked thermosetting
Problem 31-31 Glyptal is a highly cross-linked thermosetting
13. Problem 31-35 2-Ethyl-1-hexanol, used in the synthesis of di
Problem 31-35 2-Ethyl-1-hexanol, used in the synthesis of di
14. Key Terms
Key Terms
15. - crystallite - elastomer - fiber - glass transition tempera
- crystallite - elastomer - fiber - glass transition tempera
16. - graft copolymer - homopolymer - isotactic polymer - melt t
- graft copolymer - homopolymer - isotactic polymer - melt t
17. - monomer - olefin metathesis polymerization - plasticizer -
- monomer - olefin metathesis polymerization - plasticizer -
18. - polymer - polyurethane - syndiotactic polymer - thermoplas
- polymer - polyurethane - syndiotactic polymer - thermoplas
19. - thermosetting resin - urethane - Ziegler–Natta catalyst
- thermosetting resin - urethane - Ziegler–Natta catalyst