This is the first book on the subject written by a group of internationally renowned experts, whose contributions have been brought together in a unified manner. The book deals with various aspects of molecular motions and molecular interactions in dense fluids in so far as they affect spectral phenomena. Emphasis is placed on the experimental deduction of this information. Leading experts address the use of infrared and Raman vibrational spectroscopy, far infrared spectroscopy, nuclear magnetic resonance, light scattering, neutron scattering, molecular dynamics, collision induced spectra and molecular modelling in this context. A large number of examples are given, which are well supported by figures to clarify the methods and to demonstrate the degree of success (or failure) of various techniques. The bibliography is extensive, symbols are unified throughout, and keyword and compound indices are included. The book should be of interest to those entering this multidisciplinary field, and also to active researchers seeking a primer covering the breadth of the subject.

Spectroscopy and Relaxation of Molecular Liquids (Studies in Physical & Theoretical Chemistry)

Science & Math

Steele, D.

Physics

Elsevier Science Ltd.

<p>This book brings together several branches of molecular spectroscopy and a range of applications of modern computer methods, particularly those dependent on data handling and information technology, to address problems that have become more accessible through increasing computer power. It follows on from an earlier RSC publication entitled 'Computer Methods in UV, Visible and IR Spectroscopy', published in 1990, and brings the subject up to date. Computing Applications in Molecular Spectroscopy is written by leading experts in the field and provides coherent and progressive coverage of the topic. It fulfils a need for systematic presentation of the facts, where the information generally available is highly fragmented, and also provides examples of the use of computer power to improve the understanding of basic theory. Interest in interfacing computing and spectroscopy is wide, spanning industry, government and academia the world over. Computing Applications in Molecular Spectroscopy will provide graduates, researchers and professionals involved in areas such as applied spectroscopy, chemometrics, forensic science, environmental chemistry, and pollution research with a valuable insight into the spectroscopic applications of the latest computer methods.</p>

Computing Applications in Mole

GEORGE, W

Reference

Royal Society of Chemistry, [

A Perfect Stranger

<p>After the collapse of his marriage, Alex had given up hope all hope of ever finding the right woman. This was until he saw the mysterious and beautiful Raphaella.</p>

Romance

Judy Piatkus(publishers) Ltd

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