Multi-dimensional Vibrational Circular Dichroism

Preface.- Chapter 1. Introduction.- Chapter 2. Basic features of vibrational circular dichroism (VCD) spectroscopy: A unique role for analyzing supramolecular chirality.- Chapter 3. Construction of the multi-dimensional VCD system.- Chapter 4. Molecular organization of gel fibrils as revealed by VCD.- Chapter 5. Dynamical VCD for sol-gel transformation.- Chapter 6. VCD enhancement on coordination: Mono-nuclear metal complexes.- Chapter 7. Chiral tectonics promoted by VCD: Multi-nuclear complexes.- Chapter 8. Solid-state VCD of inorganic intercalation compounds.- Chapter 9. VCD probing intermolecular interactions: Molecular crystals, acid-base pairs, host-guest association and solvation.-Chapter 10. VCD challenged to interfacial supramolecular chirality.- Chapter 11. VCD of inorganic supramolecular chirality.- Chapter 12. Use of circularly polarized infra-red light to liquid crystals.- Chapter 13. VCD of biological substances: Effects of D-amino acid residues on supramolecular chirality.- Chapter 14. Microscopic VCD scanning of biological organs.- Chapter 15. Future perspectives of VCD.- Bibliography: 17 year's running on a tightrope.

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• Diagnóstico médico
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• Tecnologia dos plásticos e polímeros
• Química orgânica
• Química
• Medicina pré-clínica: ciências básicas
• Análise de espectro, spectrochemistry, espectrometria de massa

chiroptical spectroscopy;vibrational circular dichroism;supramolecular chirality;quantum cascade laser;multi-dimensional VCD