Berlin / Chester / Barcelona / London / Moroni / New York / Wiley / Oxford / /
Company
World Scientific / Clarendon Press / Cuccoli / /
Country
United Kingdom / Singapore / Spain / /
Facility
Campus Nord B4-B5 / /
IndustryTerm
energy eexpt / atomic energy / excess kinetic energy / energy scale / condensed phase systems / energy eigenfunctions / rare gas solids / kinetic energy / kinetic-energy sum rule / Excess atomic kinetic energy / atomic kinetic energy / potential energy / boson systems / local energy / ground-state energy / classical systems / lattice site / excess kinetic energy turns / quantum manybody systems / cohesion energy / ground-state kinetic energy / equilibrium energy / energy / arbitrary site / /
Organization
C. Cazorla1 / 2 and J. Boronat3 1London Centre for Nanotechnology / Federal Communications Commission / U.S. Securities and Exchange Commission / /
Person
J. V. Pearce / S. O. Diallo / A. Macchi / V / W. A. Lester / Jr. / R. O. Simmons / A. C. Evans / R. N. Barnett / R. T. Azuah / P. J. Reynolds / D. N. Timms / W. G. Stirling / M. Boninsegni / J. Mayers / N. Timms / D. N. Batchelder / B. L. Hammond / D. L. Losee / D. M. Ceperley / H. R. Glyde / T. M. Hakim / /
PHYSICAL REVIEW B 77, 024310 共2008兲 Atomic kinetic energy, momentum distribution, and structure of solid neon at zero temperature C. Cazorla1,2 and J. Boronat3 1London