Buffalo / Cantwell / Minneapolis / Bayliss / Washington / DC / Weinheim / Freindorf / London / /
Company
D. W. Ind. / Army Research Laboratory / /
Currency
USD / / /
Facility
Army Research Laboratory / Supercomputing Institute / UniVersity of Minnesota / /
IndustryTerm
alternative technologies / subsequent energy change / energy input / energy evaluations / polarization correlation energy / energy gap / energy change / energy decompositions / excitation energy / ground-state energy / ground-state electrostatic energy term / intrinsic excitation energy / aqueous solution / energy difference / energy / energy decomposition scheme / intrinsic energy contributions / Electrostatic stabilization energy / energy component / chemical reactivity / energy contribution / solute-solvent interaction energy / computed excitation energy / net solute-solvent interaction energy / excited-state energy relaxation / similar energy expression / absorption energy / gas-phase value / solute intrinsic energy contributing / energy decomposition show / energy partition / energy component analyses / absorption energy increases / chemical oxidations / azo functional groups / chemical warfare agents / gas phase / energy terms / /
Organization
office of Naval Research / SUNY / Jiali Gao* Department of Chemistry / Department of Chemistry / North Atlantic Treaty Organization / Chemistry and Supercomputing Institute / UniVersity of Minnesota / /
Person
Lin Figure / Poulsen / Gao Table / Wyatt / V / Gao Figure / Gallagher / Monte Carlos / Lin Gao / Jiali Gao / Blair / Bush / Lin Table / /
Position
Archer / polarizable solvent model for water / T. D. / author / /
ProvinceOrState
Minnesota / New York / South Dakota / Nova Scotia / /
1484 J. Chem. Theory Comput. 2007, 3, [removed]Solvatochromic Shifts of the n f π* Transition of Acetone from Steam Vapor to Ambient Aqueous