Institute of General / University of California / /
IndustryTerm
energy levels / large energy gap / energy destabilization / energy barrier / metal-3d / energy landscape pertaining / metal-based orbitals dz2 / Energy expressions / energy range / potential future applications / even trinuclear transition metal complexes51 / electronic energy levels / Energy eigenvalues / relative energy separations / transition metal complexes / d2 accounting / ground state energy / large stabilization energy / metal dxz orbital / energy gradient / Online Chemical Science Edge Article Downloaded / ptype metal / energy / metal / vibronic energy levels / high energy separations / Online Edge Article Chemical Science / multinuclear transition metal complex / open shell spin systems / Online EDGE ARTICLE Downloaded / adiabatic ground state potential energy surface / coordination sphere affects metal / adiabatic potential energy surface / accessible energy range / energy lowering / elongated site / stabilization energy / potential and kinetic energy terms / metal centered 3dz2 / potential energy / chemical bond / computational protocol / transition metal subject / Online Downloaded / low energy range / energy operators / potential energy surface / computing / energy stabilization / lower energy transitions / energy splitting / metal complexes / chemical bonding / mononuclear transition metal complex / twofold smaller energy / /
MusicAlbum
Orange / /
Organization
University of California / Berkeley / Royal Society of Chemistry / Institute of General and Inorganic Chemistry / Bulgarian Academy of Sciences / Department of Chemistry / Max-Planck Institut / /
Person
Joseph M. Zadrozny / Mihail Atanasov / Frank Neese / Georgi Bontchev Str / R. Longc / /
Chemical Science View Article Online EDGE ARTICLE Downloaded on 01 December 2012