USA 2Oak Ridge National Laboratory / Ames Laboratory / UT-Battelle LLC / Sivan Press / Molecular Electronics / M. Luban1 1 Ames Laboratory / United Kingdom 7Clarendon Laboratory / Tennant / USA 3Risø National Laboratory / /
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Switzerland / Germany / United States / United Kingdom / Scotland / Denmark / /
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USD / / /
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College Park / University College London / University of St Andrews / University of Oxford / Iowa State University / University of Maryland / /
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energy levels / low energy mode / predicted energy levels / energy level / low energy magnetic excitation spectrum / energy gap / low energy side / overall energy scale / higher energy mode / predicted interband transition energy / temperature-enhanced low energy signal / energy spectrum / energy / low energy transfers / neutron energy-loss / high energy side-band / vs neutron energy loss / observed energy widths / energy transfers / ground state energy zero / low energy side-band / fixed final neutron energy / instrumental energy resolution / energy transfer / approximate solutions / latter accounting / /
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School of Physics and Astronomy / National Science Foundation / Department of Materials Science and Engineering / University College London / London / U.S. DOE / University of Maryland / College Park / Iowa State University / University of Oxford / NIST Center for Neutron Research / North Atlantic Treaty Organization / University of St Andrews / /
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V. O. Garlea / M. Murrie / Mo Fe / U. Güdel / Heisenberg Hamiltonian / N. Fukushima / A. Honecker / B. Normand / / /
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model / /
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Maryland / New York / Tennessee / South Carolina / Iowa / /
PHYSICAL REVIEW B 73, 024414 共2006兲 Probing spin frustration in high-symmetry magnetic nanomolecules by inelastic neutron scattering V. O. Garlea,1,* S. E. Nagler,2 J. L. Zarestky,1 C. Stassis,1 D. Vaknin,1 P. Köge