Low-energy Coulomb excitation of Sr96,98 beams

Intermediate - Energy Coulomb Excitation

Low-energy Coulomb excitation of neutron-rich zinc isotopes

J. Van de Walle,1,2 F. Aksouh,1,3 T. Behrens,4 V. Bildstein,4,5 A. Blazhev,6 J. Cederkäll,2 E. Clément,2,3 T. E. Cocolios,1 T. Davinson,7 P. Delahaye,2 J. Eberth,6 A. Ekström,8 D. V. Fedorov,9 V. N. Fedosseev,2 L. M. Fraile,2,10 S. Franchoo,2 R. Gernhauser,4 G. Georgiev,2,11 D. Habs,12 K. Heyde,13 G. Huber,14 M. Huyse,1 F. Ibrahim,15 O. Ivanov,1 J. Iwanicki,16 J. Jolie,6 O. Kester,17 U. Köster,...

Intermediate - energy Coulomb excitation of 19

G. Hackman, Sam M. Austin, T. Glasmacher, T. Aumann,* B. A. Brown, R. W. Ibbotson, K. Miller, B. Pritychenko, L. A. Riley, B. Roeder, and E. Spears Department of Physics and Astronomy, University of Kansas, Lawrence, Kansas 66045 National Superconducting Cyclotron Laboratory, Michigan State University, East Lansing, Michigan 48824 Department of Physics and Astronomy, Michigan State University, ...

The Coulomb gap and low energy statistics for Coulomb glasses

We study the statistics of local energy minima in the configuration space of two-dimensional lattice Coulomb glasses with site disorder and the behavior of the Coulomb gap depending on the strength of random site energies. At intermediate disorder, i.e., when the typical strength of the disorder is of the same order as the nearest-neighbor Coulomb energy, the high energy tail of the distributio...

Optimal Transport of Low Energy Particle Beams*

*Supported by DOE and ONR The transport and matching problem for a low energy transport system is approached from a control theoretical viewpoint. We model the beam dynamics and transport section using the KV envelope equations. To this model we apply the principles of optimal control to formulate techniques which aid in the design of the transport and matching section. The techniques are appli...