Chemistry and Applications of Metal-Organic Framework (MOFs) explores the realm of metal-organic framework (MOFs) with comprehensive coverage of this intriguing class of crystalline porous solids.
The book investigates the interdisciplinary world where inorganic chemistry, environmental chemistry, physical chemistry, and materials science converge. It examines the synthesis methodologies, distinctive characteristics, and wide-ranging applications of MOFs, from drug delivery to energy and sensors. This comprehensive guide evaluates the structure/reactivity–activity relationships and underscores the potential of MOFs in various fields.
1. 1 Introduction - p. 1 2. 2 Synthesis of MOFs - p. 61 3. 3 Spectroscopic characterization of MOFs: IR, Raman, and NMR - p. 165 4. 4 Spectroscopic characterization of MOF: Other methods - p. 243 5. 5 Defects in MOFs - p. 265 6. 6 MOFs for gas sorption, storage and separation - p. 305 7. 7 MOFs and MOF materials in catalysis - p. 355 8. 8 MOFs for environmental applications - p. 451 9. 9 MOFs in medicine and biology - p. 521 10. 10 MOFs and mof-derived materials as platforms for energy applications - p. 581 11. 11 Teaching MOFs - p. 619 12. 12 The future of MOFs - p. 639 13. 13 Conclusions - p. 671 14. Index - p. 677
Chemistry and Applications of Metal-Organic Framework (MOFs) explores the realm of metal-organic framework (MOFs) with comprehensive coverage of this intriguing class of crystalline porous solids.
The book investigates the interdisciplinary world where inorganic chemistry, environmental chemistry, physical chemistry, and materials science converge. It examines the synthesis methodologies, distinctive characteristics, and wide-ranging applications of MOFs, from drug delivery to energy and sensors. This comprehensive guide evaluates the structure/reactivity–activity relationships and underscores the potential of MOFs in various fields.
1. 1 Introduction - p. 1 2. 2 Synthesis of MOFs - p. 61 3. 3 Spectroscopic characterization of MOFs: IR, Raman, and NMR - p. 165 4. 4 Spectroscopic characterization of MOF: Other methods - p. 243 5. 5 Defects in MOFs - p. 265 6. 6 MOFs for gas sorption, storage and separation - p. 305 7. 7 MOFs and MOF materials in catalysis - p. 355 8. 8 MOFs for environmental applications - p. 451 9. 9 MOFs in medicine and biology - p. 521 10. 10 MOFs and mof-derived materials as platforms for energy applications - p. 581 11. 11 Teaching MOFs - p. 619 12. 12 The future of MOFs - p. 639 13. 13 Conclusions - p. 671 14. Index - p. 677
