Lancaster / Vinokurova / Aldrich / New York / Berlin / Pittsburgh / Heidelberg / L. A. / /
Company
Gaussian Inc. / NO2 / Stanford Research Systems / N(CH3)2 / CN / Wayner D. D. / Bioanalytical Systems Inc. / Stephens / OCH3 / John Wiley & Sons / /
Currency
pence / USD / / /
Facility
Royal Institute of Technology / UniVersity of Aarhus / Waals complex / /
IndustryTerm
bond dissociation energy / computed solvation energy / free energy contributions / environmental and biological systems / enthalpy and free energy / solvation energy decreases / free energy / energy difference using high levels / free energy difference / present systems / chemical system / gas-phase structures / interaction energy / solvation energy calculations / aprotic solutions / exchange-energy / crude products / computed gas-phase binding / energy difference / Gas-phase calculations / energy / stable solutions / free energy corrections / solvation energy / free energy terms / acetonitrile solution / gas phase / /
Organization
UNIV OF BRISTOL / Department of Chemistry / UniVersity of Aarhus / Institute of Technology / /
Published on WebThermochemistry of Arylselanyl Radicals and the Pertinent Ions in Acetonitrile Allan Hjarbæk Holm,† Laura Yusta,† Peter Carlqvist,‡ Tore Brinck,*,‡ and Kim Daasbjerg*,†