nf Nv / CRC Press / M. A. Antunes L. C. / Oxford University Press / Jr. S. A. / /
Country
United States / /
Currency
pence / / /
Facility
YIII complex / NdIII complex / UV complex / Another U3+ complex / University of California / /
IndustryTerm
Online Perspective Table / energy barrier / Online Published / mononuclear actinide systems / exchange-coupled systems / lanthanide metal center / Online Perspective Dalton Transactions / analogous systems / few exchange-coupled systems / Online Perspective Ultimately / calculated energy gap / transition metal clusters / Online Perspective Published / homoleptic scorpionate systems / metal centers / transition metal complexes / mononuclear systems / low-nuclearity systems / energy / mononuclear transition metal complexes / metal / uranium systems / enormous energy gap / transition metal centers / stronger metal / exchange-coupled actinide systems / mononuclear transuranic systems / mononuclear lanthanide systems / electronics / metal center / actinide systems / transition metal / energy splitting / transition metal cluster / calculated energy barriers / early metal cation / /
NaturalFeature
χMT / /
Organization
University of California / National Science Foundation / Royal Society of Chemistry / Department of Chemistry / Oxford University / /
Person
J. R. Long / T. D. Harris / M. Fang / F. Neese / T. Tyliszczak / M. Nippe / S. Demir / Crystal Structures / Nat / W. Evans / J. G. Park / G. J. Long / R. Jeon / D. K. Shuh / Dalton Trans / K. R. Meihaus / M. Atansov / J. D. Rinehart / J. M. Zadrozny / F. Grandjean / D. J. Xiao / L. Eyrin / K. A. Gschneidner Jr. / / /
Actinide-based single-molecule magnets