Geneva / Oxford / Philadelphia / Amsterdam / London / Ames / /
Company
M CO / Pnma / Pmna / Fe Co / Clarendon Press / Ames Laboratory / H. Schmid2 1 Ames Laboratory / Oak Ridge National Laboratory / /
Country
Switzerland / France / /
Currency
pence / USD / /
Facility
University of Geneva / University of Konstanz / Prentice Hall / Iowa State University / High Flux Isotope Reactor / /
IndustryTerm
energy levels / 2D systems / energy range / transition metal ion / magnetic space / phosphate / ferromagnetic point groups / orthorhombic antiferromagnetic point / energy difference / higher-energy range / magnetic point / transition-metal ions / law analysis / point / 3D systems / dimensional network / power law / quantum interference device / space / /
Organization
Universite´ de Grenoble / U.S. Department of Energy / University of Geneva / Department of Physics and Astronomy / Department of Inorganic / Analytical and Applied Chemistry / Iowa State University / Department of Physics / Li3 Fe2 / Federal Communications Commission / University of Konstanz / Department of Inorganic / office of Basic Energy Sciences / /
Person
E. Parthe / Crystal Structures / Hans Schmid / Aloysio Janner / Electr / Zuo-Guang Ye / M. Mercier / Hans Grimmer / H. Wiegelmann / Jean-Pierre Rivera / /
Position
Fisher / Rep. Prog / buckled CoO / General / Professor / Director for Energy Research / Fisher / J. Phys / Fisher / Fisher / J. Math / controller / /
Product
CH-1211 / Bang & Olufsen Form 2 Headphone/Headset / /
PHYSICAL REVIEW B, VOLUME 65, [removed]Weakly coupled antiferromagnetic planes in single-crystal LiCoPO4 D. Vaknin,1 J. L. Zarestky,1 L. L. Miller,1 J.-P. Rivera,2 and H. Schmid2 1