Recent Advances in Group Theory and Their Application to Spectroscopy

ISBN-13: 9781461329480 / Angielski / Miękka / 2011 / 692 str.

John C. Donini; John C. Donini

Opis

The last few years have seen a resurgence in the applications of group theory to the problems posed by various characteristics of transition metals and lanthanides. In particular with the commercial availability of more sophisticated experimental tech niques; such as Magnetic Circular Dichroism (M.C.D.), Electron Paramagnetic Resonance (E.P.R. or E.S(pin).R.) and Single Crystal Polarised Spectra; experimental data of a much more sophisticated and selective nature than the old stand-by; absorption spectra and magnetic susceptibility; has become available. This new wealth of high quality experimental data thus pre sents challenges of interpretation and organization of the data which the new developments in group theory strive to meet. The wealth and quality of this new data makes the nuances and differences implicit in the traditional strong and weak field approach testable. Thus, these approaches can be tested more fully and new formalisms can be meaningfully tested, by comparison to experiment. Hence the characteristic implicit in the strong and weak field approaches are revealed by studies into their formal structures as exemplified by Drs. E. Konig, S. Kremer, and S. Piepho. Similarly, works proceed apace on the knotty problem of correlation and gen eralization of these properties through approaches such as those of Drs. P. H. Butler, J. C. Donini and M. Kibler. On a similar vein the deep structure of group representation and correlations of representation of various groups is explored by the afore mentioned and by Drs. Fritzer, Patera and Sharp.

Spis treści

Finite Symmetry Adaption in Spectroscopy.- Recent Advances in Group Theory: A Chemist’s View.- Properties and Application of Point Group Coupling Coefficients.- Some Abstract Group Theory Revised and Characteristic Applications.- Generating Function Techniques Pertinent to Spectroscopy and Crystal Physics.- Group Theory and the NMR Problem.- Dynamical Groups in Atomic and Molecular Physics.- Advanced Group Theoretical Techniques and Their Application to Magnetic Circular Dichroism.- Applications of Group Theory in the Interpretation of Polarized Absorption and E.S.R. Studies of Transition Metal Systems.- Tensor Algebra and Computational Methods for Intermediate and Strong Fields.- Intensity Enhancement of Forbidden Transitions.