17. Microwave extraction of bioactive compounds from industrial by-products

Kapitel in diesem Buch

1. Frontmatter I
2. Preface VI
3. Contents IX
4. List of contributors XIX
5. 1. Microwave chemistry: history, development and legacy 1
6. 2. An Introduction to dielectric heating 18
7. 3. Microwave generators, transmission, and interaction with different materials 31
8. 4. Interpretation of the rate enhancing effect of microwaves 53
9. 5. Industrial microwave reactors: components and set up 65
10. 6. The impact of microwaves in organic synthesis 91
11. 7. Chemical reactions on the interfaces of solids under microwaves 113
12. 8. Some aspects of catalysis with microwaves 127
13. 9. Microwaves in flow chemistry 149
14. 10. Microwaves in green and sustainable chemistry 167
15. 11. Synthesis of medium-sized heterocycles under microwave irradiation 184
16. 12. Microwaves applied to hydrothermal synthesis of nanoparticles 205
17. 13. Microwave-assisted solvothermal synthesis of inorganic compounds (molecular and non molecular) 225
18. 14. Microwave-assisted synthesis of nanoparticles 248
19. 15. Microwaves in polymer chemistry 270
20. 16. Microwave extraction of natural products in the teaching laboratory: fundamentals of essential oils green extraction 293
21. 17. Microwave extraction of bioactive compounds from industrial by-products 302
22. 18. The Use of microwaves in drug discovery 334
23. 19. Microwave heating in medicinal chemistry 358
24. 20. Microwave-assisted biomass conversion 370
25. 21. Microwave technology for environmental remediation 383
26. 22. Microwaves in the omics field 429
27. 23. Microwaves in sample preparation for elemental determination 452
28. 24. Microwave-assisted sample preparation for organic analysis 488
29. 25. Microwave chemistry in the organic instructional laboratory 505
30. A snapshot of more common commercial microwave reactors 523