6. Flow chemistry for nanotechnology

Kapitel in diesem Buch

1. Frontmatter i
2. Preface v
3. Contents vii
4. About the editors xiii
5. Contributing authors xv
6. Abbreviations xvii
7. Part I. Catalysis and activation
8. 1. Catalysis in flow 3
9. 2. Catalytic engineering aspects of flow chemistry 31
10. 3. Continuous-flow photochemistry in microstructured environment 63
11. 4. Electrochemistry in flow 99
12. Part II. Cutting-edge applications in advanced and functional materials
13. 5. Synthesis of materials in flow – principles and practice 133
14. 6. Flow chemistry for nanotechnology 161
15. 7. Continuous-flow synthesis of carbon-11 radiotracers on a microfluidic chip 189
16. Part III. Additional features of the Flow Process: in-line analytics, safety and green principles
17. 8. Lab environment: in-line separation, analytics, automation & self optimization 213
18. 9. Safety aspects related to microreactor technology 253
19. 10. From green chemistry principles in flow chemistry towards green flow process design in the holistic viewpoint 283
20. Answers to the study questions 313
21. Index 327