The aim of this four volume, multi-author reference work is to provide a comprehensive guide to the radiation curing field. During the last ten years radiation curing has developed into an area of increasing scientific and technological importance. These books outline the photochemical processes involved, evaluate the emerging applications and possibilities for further applications as well as providing an up-do-date overview of current research and industrial development. Volume Two is devoted to the chemistry of photoinitiators. These molecules are of prime importance in starting photopolymerization under light exposure. Basic concepts in the design of efficient systems with well defined properties as well as the description and the reactivity of typical systems are presented and discussed. The properties that govern the practical efficiency of photoinitiators in photopolymerizable coatings are also covered.
Both academic researchers, graduate students and specialists in industrial research and development laboratories should find these volumes of value in the way that they present recent developments in the fields of polymer photochemistry, chemistry of photosensitive materials, the design of highly efficient photoresponsive systems, UV- and EB-curing, experimental methods of testing, reprography, microelectronics and halography.
The aim of this four volume, multi-author reference work is to provide a comprehensive guide to the radiation curing field. During the last ten years radiation curing has developed into an area of increasing scientific and technological importance. These books outline the photochemical processes involved, evaluate the emerging applications and possibilities for further applications as well as providing an up-do-date overview of current research and industrial development. Volume Two is devoted to the chemistry of photoinitiators. These molecules are of prime importance in starting photopolymerization under light exposure. Basic concepts in the design of efficient systems with well defined properties as well as the description and the reactivity of typical systems are presented and discussed. The properties that govern the practical efficiency of photoinitiators in photopolymerizable coatings are also covered.
Both academic researchers, graduate students and specialists in industrial research and development laboratories should find these volumes of value in the way that they present recent developments in the fields of polymer photochemistry, chemistry of photosensitive materials, the design of highly efficient photoresponsive systems, UV- and EB-curing, experimental methods of testing, reprography, microelectronics and halography.
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Kluwer Academic Publishers Group
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
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ISBN-13
978-1-85166-933-2 (9781851669332)
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Schweitzer Klassifikation
Excited state reactivity in radical polymerization photoinitiators, J.P. Fouassier; CIDEP studies of molecules used as photoinitiators, H. Murai and H. Hayashi; photoinitiators for pigmented media, K. Dietliker; new aspects of radiation curing in polymers science and technology, G. Li Bassi; polymeric photoinitiators, C. Carlini and L. Angiolini; metal based photoinitiators, A.F. Cunningham and V. Desobry; water-soluble photoinitiators, W.A. Green and A.W. Timms; latest developments in the chemistry of onium salts decomposition, M.R.V. Sahyun et al; kinetic aspects of light-induced cationic polymerization, H.J. Timpe; pulsed radiolysis of onium salts and radiation-induced cationic polymerization, Y. Yamamoto; dye sentisized photopolymerization, H.J. Timpe et al; hydrogen atom transfer reactions in the excited states of aromatic carbonyl photoinitiators, M. Hoshino and H. Shizuka; interactions between ketones and light stabilisers, P. Bortolus.
