Part 17: Organotin-Oxygen Compounds of the Types RSn(OR2 3 and RSn(OR2 2OR3 R2Sn(X)OR2 RSnX(OR2 2, and RSnX2(OR2
by Herbert Schumann, Ingeborg Schumann, Rainer Bohrer, Bernd Kalbskopf, Hans-Jürgen Richter-Ditten ; edited by Ulrich Krüerke.
8th edition
Berlin, Heidelberg Springer Berlin Heidelberg Imprint
Springer
1989
(XIV, 247 pages 1 illustration in color.)
Gmelin Handbook of Inorganic Chemistry / Gmelin Handbuch der Anorganischen Chemie, S-n / 1-25 / 17.
Organotin Compounds.- Physical Constants and Conversion Factors.
The significance of organometallic chemistry has constantly increased during the second half of this century. Within this area of research the organotin chemistry reigns as one of the most important branches. The decisive reason for this development has been the wide range of potential application of these compounds in industry, technology, and agriculture. The present volume continues the series on Organotin Compounds, which first appeared in 1975 and now comprises a collection of sixteen volumes. The overall plan of the series has been given in the preface of Volume 1. This volume concludes the description of the mononuclear organotin compounds with tin-oxygen bonds. Treatment of organotin compounds with tin-sulfur, -selenium, and -tellurium bonds appeared earlier in the Volumes 9 and 10. Volume 17 describes in detail the following compound types: RSn(OR')3, RSn(OR')2OR", R2Sn(X)OR', RSnX(OR')2, and RSnX2(OR').
Part 17
Chemistry, Organic.
Chemistry.
QD412
.
S7
B944
1989
by Herbert Schumann, Ingeborg Schumann, Rainer Bohrer, Bernd Kalbskopf, Hans-Jürgen Richter-Ditten ; edited by Ulrich Krüerke.