Marcel Dekker, Inc. 2003. - 408 p.
Owing to the dedicated efforts of numerous chemists, photochemistry has reached a stage of maturity - considerable knowledge has been accumulated concerning the excited-state behavior of both organic and inorganic molecules, and basic rules of the discipline have been laid out. To keep this knowledge intact and readily available it is necessary to periodically review the information that has been accumulated. With this in mind, this series continues to provide in-depth coverage of various aspects of photoscience.
Chapters 1 through 4 summarize the basic excited-state reactions of organic molecules. Chapters 5 and 6 present the existing knowledge on controlling and manipulating two reactions: electron transfer and oxygenation. Chapters 7 and 8 describe how one exploits the available information in materials applications. These chapters as a group provide a nice illustration of collection, manipulation, and exploitation of knowledge for our benefit.
PrefaceContents of Previous VolumesRecent Advances in Di-π-methane Photochemistry: A New Look at a Classical ReactionDiego Armesto, Maria J. Ortiz, and Antonia R. AgarrabeitiaThe Photo-Fries RearrangementMiguel A. Miranda and Francisco GalindoThe Characterization and Reactivity of Photochemically Generated Phenylene Bis(diradical) Species as Revealed by Matrix Isolation Spectroscopy and Computational ChemistryAthanassios Nicolaides and Hideo TomiokaPhotoinduced-Electron-Transfer Initiated Reactions in Organic ChemistryPhilip Schmoldt, Heiko Rinderhagen, and Jochen MattayDesign and Fine Control of Photoinduced Electron TransferShunichi Fukuzumi and Hiroshi ImahoriMolecular Oxygenations in ZeolitesEdward L. ClennanOrganic–Inorganic Composites as Photonic AntennaHuub Maas, Stefan Huber, Abderrahim Khatyr, Michel Pfenniger, Marc Meyer, and Gion CalzaferriPhoto-Switching Spiropyrans and Related CompoundsJonathan Hobley, Martin J. Lear, and Hiroshi FukumuraIndex