Fujisawa / Lewis A. E. / Toro / Palmer A. E. / Gaussian Inc. / Suzuki / Nolan S. P. / J. A. Ab / John Wiley & Sons / Creative Commons / /
Country
Netherlands / United Kingdom / Spain / / /
Event
Product Issues / /
Facility
University of Girona / H2O Building / /
IndustryTerm
similar energy / tyrosinase model systems / energy barrier / μ-phenoxo-μ-hydroxo product / energy profiles / higher energy barriers / energy decay / aromatic hydroxylation products / energy barriers / upper energy barrier / metal centers / energy calculations / gas-phase-optimized structures / energy / high energy barriers / /
Organization
Universitat de Girona / University of Girona / European Commission / European Fund for Regional Development / 2Catalan Institute for Water Research / Beilstein-Institut / /
Person
Dillinger / M. Costas / L. Dalton Trans / Stack / A. Llobet / Hashimoto / X. Dalton Trans / X. Ribas / A. Dalton Trans / Albert Poater / / /
Complete σ* intramolecular aromatic hydroxylation mechanism through O2 activation by a Schiff base macrocyclic dicopper(I) complex Albert Poater*1,2 and Miquel Solà1 Full Research Paper