Jülich / Oxford / La Jolla / Amsterdam / Reading / Ames / /
Company
Cr and Co. / NEC / Van Arkel AE / dAmes Laboratory / Oak Ridge National Laboratory / Cox / Chapon LC / Suzuki / /
Country
Germany / / /
Facility
University of Tennessee / Color bar / Iowa State University / High Flux Isotope Reactor / University of California / performed using the High Flux Isotope Reactor / /
IndustryTerm
frustrated magnetic systems / energy cuts / free energy / reagents/analytic tools / energy-momentum slice / sufficient thermal energy / rare-earth pyrochlore systems / surface energy / spin systems / thermal energy / lower energy / equal energy / energy / magnetic systems / low-energy excitations / clean systems / fixed incident neutron energy / incident energy / fixed final energy / energy resolution describing elastic scattering / iron / model magnetic systems / chemical disorder / /
MusicGroup
B.C. / /
NaturalFeature
Peak heights / /
Organization
US Department of Energy / Department of Physics and Astronomy / Materials Science and Engineering Division / Iowa State University / Federal Communications Commission / cJülich Centre for Neutron Science / Scientific User Facilities Division / University of Tennessee / Knoxville / office of Basic Energy Sciences / University of California / San Diego / /
Person
A.A. Aczel / Delphine Gouta / Andrey Podlesnyaka / Georg Ehlersa / David Mandrusb / M. Brian Maple / Michael A. McGuireb / H.D. Zhou / Crystal Neutron Scattering / Stephen E. Naglera / /
Kinetically inhibited order in a diamond-lattice antiferromagnet Gregory J. MacDougalla,1, Delphine Gouta,b,c, Jerel L. Zarestkyd, Georg Ehlersa, Andrey Podlesnyaka, Michael A. McGuireb, David Mandrusb,e, and Stephen E.