Boca Raton / Tucson / Dordrect / New York / Blackburn / Oxford / Guilderland / London / /
Company
Gould / Adenine Press / Chino / Millipore / Biomimetic / Rheingold / CRC Press / Agilent / Fujisawa / MKS Instruments / Hallaoui A. E. / Foxon S. P. / Imperial College Press / Goldman A. S. / Superoxide Solutions / Whittaker / Corning / /
Country
Netherlands / United States / United Kingdom / /
Currency
USD / / /
Facility
College Park / University of Maryland / Johns Hopkins UniVersity / /
IndustryTerm
dicopper peroxo product / copper product / chemical reversibility / metal-activated oxygen intermediates / secondary product / proposed monomeric products / chemical energy / acetone solutions / point energy differences / metal ions / stainless steel coils / diamagnetic product / energy / pale yellow solution / metal / final product / electrostatic binding energy / thermodynamic product / model systems / peroxo product / Chemical shifts / law analysis / ratio mass spectrometry services / final copper-containing product / mL aqueous solution / innershell reorganization free energy / apical site / /
Organization
Johns Hopkins UniVersity / University of Maryland / College Park / Department of Chemistry / American Chemical Society / International Congress / /
Person
Kenneth D. Karlin / Justine P. Roth / Simon / Rudd / Marcel Dekker / Lowery / Excess He / Hyde / Dillinger / Valeriy V. Smirnov / Marcus Theory / /
Position
D. J. / K. D. J. / A. D. J. / T. D. / MultiGas Controller / /
Published on WebEvidence for Cu-O2 Intermediates in Superoxide Oxidations by Biomimetic Copper(II) Complexes Valeriy V. Smirnov and Justine P. Roth* Contribution from the Department of Chemistry, Johns Hopki