Kvalheim / Washington D.C. / Leicester / New York / Pailaiseau / Berlin / Amsterdam / London / San Diego / /
Company
Marcel Dekker Inc. / Prentice-Hall / CBS College Publishing / Cambridge University Press / Dover Publications Inc. / Academic Press Inc. / Plenum Press / W. H. Freeman and Co. / CRC Press / Oxford University Press / John Wiley & Sons Inc. / W. H. Press S. A. / John Wiley and Sons / John Wiley & Sons / /
Country
Netherlands / France / /
IndustryTerm
model potential energy function / optical electronics / vibrational excess energy / aqueous solution / energy relaxation / Energy gap law / stretch energy transfer / vibrational energy / electrolyte solutions / scientific computing / energy equilibration / energy migration / /
MusicGroup
IR / /
Organization
Cambridge University / Royal Society of Chemistry / I. National Bureau of Standards / Ecole Polytechnique / Oxford University / /
Person
F. Franks / Charles Scribner / D.J. Kushner / A. Zygar / Alison Baker / T. Shimanouchi / P. I. Klocek / Randall Staver / R. Schroeder / C. C. Gillispie / T.G. Dunstall / C. Stromberg / J. Dwayne Miller / D. R. Lide / W. T. Lotshaw / E. R. Lippincott / /
Position
editor / corps qu’ell tient en dissolution a` l’aide / /
Bibliography 1. S. M. Arrivo, T. P. Dougherty, W. T. Grubbs, and E. J. Heilweil. Ultrafast infrared-spectroscopy of vibrational co-stretch up-pumping and relaxation dynamics of W(CO)6 . Chem. Phys. Lett. 235, 247–254 (