Photochemistry

Providing critical reviews of recent advances in photochemistry, including computational and organic aspects, the latest volume in the Series reflects the current interests in this area. It includes a series of highlights on photorelease processes (via two-photon excitation and Norrish type II reactions), the design of light-activated tissue bonding, photoresponsive molecular devices targeting nucleic acids, ECL based biosensing techniques, photochemical bond activation at metal centres, photoredox catalysis via aromatic hydrocarbons, photoinduced multicomponent reactions and asymmetric catalysis via triplet-state. This is essential reading for anyone wanting to keep up to date with the literature on photochemistry and its applications.

Photochemistry: Volume 46 Editors: Angelo Albini, Stefano Protti

Front Matter

Preface

Author biographies

Contents

Introduction of the year

Quantum chemistry of the excited state: recent trends in methods developments and applications

Organic aspects: photochemistry of alkenes, dienes, polyenes (2016–2017)

Photochemistry of aromatic compounds

Organic aspects. Oxygen-containing functions

Function containing a heteroatom different from oxygen (2016–2017)

Design and synthesis of two-photon responsive chromophores for application to uncaging reactions

Controlled release of volatile compounds using the Norrish type II reaction

Recent advances in the design of light-activated tissue repair

Photoresponsive molecular devices targeting nucleic acid secondary structures

Transition metal complexes in ECL: diagnostics and biosensing

Photoinduced bond activation via Ru and Rh dihydrides: principles and selectivity

Aromatic hydrocarbons as catalysts and mediators in photoinduced electron transfer reactions

Photo-induced multi-component reactions

Asymmetric catalysis of triplet-state photoreactions

Publication details

About this book