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CRC handbook of organic photochemistry and photobiology, 2-Volume set (3rd Ed.)

Langue : Anglais

Auteurs :

Couverture de l’ouvrage CRC handbook of organic photochemistry and photobiology, 2-Volume set
Using the IUPAC glossary of photochemistry as a guide, this new edition of a bestseller provides the most authoritative and complete resource on organic photochemistry and photobiology. It presents a user-friendly treatment of recent developments, new applications, and emerging areas of interest. New and updated topics include industrial and OLED photochemistry, photocatalysis, photosensoring, photodynamic water sterilization, photoimmunology, artificial photosynthetic systems, drug delivery, photodermatology, and phototoxicity of drugs.
Photochemistry:Applications of LEDs in photochemistry. Aromatic photocycloadditions. Artificial PET systems. Artificial Photosynthesis. Azide Photochemistry. Cryogenic Matrix Photochemistry. Di-p-methane rearrangements. Di-p-methane rearrangements, N-versions. Enantioselective Photoreactions. Enediyne photochemistry. Excimer Lamp Photochemistry. Host-Guest photochemistry. Industrial Photochemistry. Inorganic Nanoparticles. OLED Photochemistry. Oxa-Di-p-methane. Paterno-Blichi photocycloadditions. Photocatalysis. Photocatalytic water splitting. Photochemical H-abstraction in general. Photochemical key-steps in organic. Photochemical linkers and protecting. I groups. Photochemical Logic Elements. Photochemical switches and motors. Photochemistry in alternative media. Photochemistry in Microreactors. Photochemistry of ary Ihalides Photochromic Diarvlethenes. Photochromic Fulgimides. Photochromism and OLED. Photocycloadditions. Photodecarboxylations. Photoenolization and use of photodienols. Photoinduced Electron Transfer. Photooxygenation, ene-type. Photopolymerization. Photoresponsive Organic Materials. Photosensoring --- Supramolecular. Photostimulated substitution reactions. Porphyrin Photochemistry. i Quinone Photochemistry. Radical Photochemistry. Single Molecule Spectroscopy. Solar Photochemistry. Solid-state photochemical reactions. Spin Center Shift reactions. Stilbene Photochemistry. Sustainable Photochemistry. Synthetic Imide Photochemistry. TI CT-states. Triplet dyes for electroluminescence. Two-Photon Photochemistry. Zeolite dye photochemistry. Photobiology:Action Spectroscopy: General Problems. Artificial Photosynthetic Systems. Biological Effects of UV-A Radiation. Bioluminescence. Blue Light Regulation in Plants and Microorganisms. DNA Damage and Repair. Drug Delivery for PDT. Endogenous Photoprotection in Humans. Extra-Ocular Vision. Fluorescence Imaging in Biology and Medicine. Light Penetration in Biological Tissues. Light-Induced Skin Damage. Molecular Basis of Photosensitization. Natural Pigments as Luminescent Probes and Inhibitors of Protein Aggregation. Photocarcinogenesis. Photodynamic Therapy: Basic Aspects. Photodynamic Water Sterilization. Photoecology and Environmental Photobiology. Photoimmunology. Photomovements in Eukaryotic Microorganisms. Photoprotection in Plants. Photosensing in Prokaryotes. Photoswitchable Biomaterials. Phototerapies in Dennatology. Phototoxicity of Drugs. Phytochromes. Preclinical and Clinical PDT. Primary Events in Animal Vision. Transport and Sensory Rhodopsins in Microorganisms. UV Action Spectroscopy. UV Radiation and Vitamin D.
Chemists, pharmacists, graduate students, and waste water managers.

Axel G. Griesbeck studied political science and chemistry at the University of Munich, Germany, where he received his doctoral degree in 1984 for work on singlet oxygen. After postdoctoral positions in Würzburg, ETH Zürich, and the Weizmann-Institute in Rehovot, he finished his habilitation in 1991 at the University of Würzburg. Since 1995, he has been a professor of organic chemistry and photochemistry in the Department of Chemistry at the University of Cologne, Cologne, Germany. He was a visiting professor at Wisconsin (Madison, Wisconsin), Tsukuba (Japan), and Tapei (Taiwan) and received the Grammaticakis-Neumann prize in 1997 and the Honda-Fujishima award in 2009. His current research activities are focused on using organic molecules as substrates and as catalysts for photoinduced reactions, either directly excited or generated by energy transfer as well as by electron transfer processes. The reactions are performed in solution phase, in gas phase, or in nanocompartments. Recent applications of these processes are the syntheses of antimalaria-active peroxides by photooxygenation.

Michael Oelgemöller received his diploma from the University of Münster, Germany in 1995 and his PhD from the University of Cologne, Germany in 1999. He was a researcher at the Photochirogenesis Project in Osaka (1999–2001) and at Bayer CropScience Japan in Yuki (2001–2004). From 2004 to 2008 he held a position as a lecturer in organic and medicinal chemistry at Dublin City University in Ireland. In February 2009, he joined James Cook University in Australia as an associate professor in organic chemistry. In 2000, he received the Kurt-Alder award of the University of Cologne. He was a visiting professor at the University of Pau in France in 2009, Osaka Prefecture University in Japan in 2011 and the Nara Institute of Science and Technology in 2012. His research activities include synthetic organic photochemistry, solar photochemistry, the devel

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