Coordination Chemistry (structure And Bonding)

Contents : R.J. Deeth, Computational Modelling of Transition Metal Centres .- J. Leciejewicz, N.W. Alcock, T.J. Kemp, Carboxylato Complexes of the Uranyl Ion: Effects of Ligand Size and Coordination Geometry upon Molecular and Crystal Structure .- H.D. Lutz, Hydroxide Ions in Condensed Materials - Correlation of Spectroscopy and Structural Data .- M. Ravikanth, T.K. Chandrashekar, Nonplanar Porphyrins and Their Biological Relevance: Ground and Excited State Dynamics . Computational modelling of transition metal centres....Pages 1-42 Carboxylato complexes of the uranyl ion: Effects of ligand size and coordination geometry upon molecular and crystal structure....Pages 43-84 Hydroxide ions in condensed materials — Correlation of spectroscopic and structural data....Pages 85-103 Nonplanar porphyrins and their biological relevance: Ground and excited state dynamics....Pages 105-188 **Contents**__Computational Modelling of Transition__.-J. Leciejewicz, N.W. Alcock, T.J. Kemp, __Complexes of the Uranyl Ion: Effects of Ligand Size and__ __Structure__H.D. Lutz, __Correlation of Spectroscopy and Structural Data__M. Ravikanth, T.K. Chandrashekar, __Their Biological Relevance: Ground and Excited State__. Part of an exhaustive research series, this volume contains papers on non-planar porphyrins and their biological relevance, hydroxide ions in condensed materials, carboxylato-complexes of the uranyl ion and computational modelling of transition metal centres.