6 1/2 X 9 7/16 in Chapter 1. Fluorescence Methods for Study of Cyclodextrin Inclusion Comp lexation and Excitation Transfers in Cyclodextrin Complexes (Joon Woo Pa rk).
Chapter 2. The Effect of Cyclodextri ns on Guest Fluorescence (B.D. Wagner).
C hapter 3. Measurement of Chiral Recognition in Cyclodextrins by Fluoresc ence Anisotropy (M.E. McCarroll, I.W. Kimaru).
Chapter 4. Phochemistry and Photophysics of Cyclodextrin Caged D ugs: Relevance to their Stability and Efficiency (M. El-Kemary, A. Douha l).
Chapter 5. Excited State Properties of Higher order Cyclodextrin Complexes (S. Monti, P. Bortolus).
Chapter 6. Cyclodextrin Inclusion Complexes: Tri plet State and Phosphorescence (Wei Jun Jin).
Chapter 7. Quantum-Mechanical and Molecular Mechanics Studies of H ost-Guest Stabilization and Reactivity in Cyclodextrin Nanocavities (M. Moreno).
Chapter 8. Fast and Ultrafast Dy namics in Cyclodextrin Nanostructures (A. Douhal).
Chapter 2. The Effect of Cyclodextri ns on Guest Fluorescence (B.D. Wagner).
C hapter 3. Measurement of Chiral Recognition in Cyclodextrins by Fluoresc ence Anisotropy (M.E. McCarroll, I.W. Kimaru).
Chapter 4. Phochemistry and Photophysics of Cyclodextrin Caged D ugs: Relevance to their Stability and Efficiency (M. El-Kemary, A. Douha l).
Chapter 5. Excited State Properties of Higher order Cyclodextrin Complexes (S. Monti, P. Bortolus).
Chapter 6. Cyclodextrin Inclusion Complexes: Tri plet State and Phosphorescence (Wei Jun Jin).
Chapter 7. Quantum-Mechanical and Molecular Mechanics Studies of H ost-Guest Stabilization and Reactivity in Cyclodextrin Nanocavities (M. Moreno).
Chapter 8. Fast and Ultrafast Dy namics in Cyclodextrin Nanostructures (A. Douhal).
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