Solvent-free Organic Synthesis (eBook)

Koichi Tanaka became full professor at the faculty of Chemistry, Materials, and Bioengineering at Kansai University in 2004. His many publications cover the topics of substance transformation in organic chemistry. He is author of the best selling book by Wiley-VCH "Solvent-free Organic Synthesis".

REDUCTION
Solvent-Free Reduction
OXIDATION
Solvent-Free Oxidation
CARBON-CARBON BOND FORMATION
Solvent-Free C-C Bond Formation
Solvent-Free C-C Bond Formation under Photoirradiation
CARBON-NITROGEN BOND FORMATION
Solvent-Free C-N Bond Formation
CARBON-OXYGEN BOND FORMATION
Solvent-Free C-O Bond Formation
Solvent-Free C-O Bond Formation under Photoirradiation
CARBON-SULFUR BOND FORMATION
Solvent-Free C-S Fond Formation
CARBON-PHOSPHOORUS BOND FORMATION
Solvent-Free C-P Bond Formation
CARBON-HALOGEN BOND FORMATION
Solvent-Free C-X Bond Formation
NITROGEN-NITROGEN AND NITROGEN-SULFUR BOND FORMATION
Solvent-Free N-N Bond Formation
Solvent-Free N-S Bond Formation
REARRANGEMENT
Solvent-Free Rearrangement
Solvent-Free Rearrangement under Photoirradiation
ELIMINATION
Solvent-Free Elimination
PROTECTION
Solvent-Free Protection
DEPROTECTION
Solvent-Free Deprotection
POLYMERIZATION
Solvent-Free Polymerization
Solvent-Free Polymerization under Photoirradiation
SUPRAMOLECULAR COMPLEXATION
Solvent-Free Supramolecular Complexation
LIST OF JOURNALS

REDUCTION
Solvent-Free Reduction
OXIDATION
Solvent-Free Oxidation
CARBON-CARBON BOND FORMATION
Solvent-Free C-C Bond Formation
Solvent-Free C-C Bond Formation under Photoirradiation
CARBON-NITROGEN BOND FORMATION
Solvent-Free C-N Bond Formation
CARBON-OXYGEN BOND FORMATION
Solvent-Free C-O Bond Formation
Solvent-Free C-O Bond Formation under Photoirradiation
CARBON-SULFUR BOND FORMATION
Solvent-Free C-S Fond Formation
CARBON-PHOSPHOORUS BOND FORMATION
Solvent-Free C-P Bond Formation
CARBON-HALOGEN BOND FORMATION
Solvent-Free C-X Bond Formation
NITROGEN-NITROGEN AND NITROGEN-SULFUR BOND FORMATION
Solvent-Free N-N Bond Formation
Solvent-Free N-S Bond Formation
REARRANGEMENT
Solvent-Free Rearrangement
Solvent-Free Rearrangement under Photoirradiation
ELIMINATION
Solvent-Free Elimination
PROTECTION
Solvent-Free Protection
DEPROTECTION
Solvent-Free Deprotection
POLYMERIZATION
Solvent-Free Polymerization
Solvent-Free Polymerization under Photoirradiation
SUPRAMOLECULAR COMPLEXATION
Solvent-Free Supramolecular Complexation
LIST OF JOURNALS

"Solvent-free Organic Synthesis is a long-needed and timely compilation of experimental procedures that do not use solvents during the reaction step. Even better, it also includes numerous syntheses that do not require solvents after the reaction for extraction, chromatography, or recrystallization, because they yield pure products in the absence of auxiliaries...This is a must-have book for all students (perhaps through libraries) and academic or industrial researchers who honestly want to use and improve sustainable syntheses, and can also be recommended for administrators and referees who control the funding of such endeavors for the well-being of our environment."
Gerd Kaupp
Organic Chemistry I
University of Oldenburg (Germany)
in: Angewandte Chemie/International Edition 40/03

"... a long-needed and timely compilation...this is a must-have book for all students and academic or industrial researchers."
Angewandte Chemie Intl.

"...offers graphical summaries of 537 examples of solvent-free organic reactions..."
Journal of the American Chemical Society
Vol. 125, No. 39

"In conclusion, this book constitutes an essential handbook in an excellent and exhaustive overview compilation. It is highly recommended to all those concerned with Green Chemistry as a valuable resource in the field."
A. Loupy, Paris-South University and CNRS, France
Synthesis 2003, No. 16

Solvent-free Organic Synthesis ist eine lange erwartete aktuelle Zusammenstellung experimenteller Syntheseprozesse, bei denen während des Reaktionsschritts keine Lösungsmittel verwendet werden. Und noch besser, es werden auch viele bekannte Reaktionen vorgestellt, die nach der Reaktion kein Lösungsmittel für Extraktion, Chromatographie oder Umkristallisation benötigen, weil sie reine Produkte liefern, die nicht mit Hilfsstoffen vermischt sind...Dieses Buch ist ein Muss für alle Studierenden (Bibliotheken) und akademischen sowie industriellen Forscher, die nachhaltige Synthesen nutzen und verbessern wollen, sowie für alle Förderorganisationen, die das Wohlergehen unserer Umwelt ermöglichen.

Gerd Kaupp
Organische Chemie I
Universität Oldenburg
in: Angewandte Chemie 40/03

"Der Autor präsentiert eine Zusammenstellung von lösemittelfreien Syntheseverfahren aus den bekannten Fachzeitschriften der Chemie. Dabei gelingt es ihm durch Vielfalt zu überzeugen, ohne jedoch die Übersicht zu verlieren."
Chemie-Online