Germany / Switzerland / Hungary / Italy / Sweden / Belgium / Turkey / France / Japan / Russia / United States / Brazil / Canada / Portugal / Korea / United Kingdom / Greece / India / Czech Republic / /
Facility
University of Ottawa / /
IndustryTerm
bond dissociation energy / chemical activation / energy barrier / excess rotational energy / chemical system / external energy / energy change / excited reaction product / overall activation energy / potential-energy su@ace / chemical reaction / rotational energy / potential-energy / energy / excess vibrational energy / electronic energy barrier / exothermic chemical reaction / average energy / reaction product / dense gas / catalysis law / chemical induction / potential-energy suqace / chemical kinetics / vibrational energy / energy release / potential-energy surface / energy transfer / activation energy / chain carrier / /
NaturalFeature
Entrance Channel / Exit Channel / /
Organization
Subcommittee on Symbolism and Terminology / COMMISSION ON CHEMICAL KINETICS Chemical Activation When / KEITH J. LAIDLER Department of Chemistry / COMMISSION ON CHEMICAL KINETICS Catalytic Coefficient If / University of Ottawa / Ottawa / relevant IUPAC National Adhering Organization / /
Person
Richard B. Bernstein / Green Book / J. Van Tiggelen / KEITH J. LAIDLER / Robert N. Rosenfeld / Donald G. Truhlar / Richard N. Zare / Steven Rogers / Philip Pacey / Michael Baer / Stephen R. Leone / Normand Blais / Allen J. Bard / /
Pure & Appl. Chem., Vol. 68, No. 1, pp, 1996. Printed in Great BritainIUPAC INTERNATIONAL UNION OF PURE AND APPLIED CHEMISTRY