Necessary Conditions for Attaining a Crystalline Beam
PhysRevLett_80_2606.pdf 157 KB
Sessler, Andrew M.
Molecular dynamics is employed to study the nature and magnitude of beam cooling that is required in order to achieve a crystalline beam. Analysis is presented of a number of cooling systems now in use, or whose use is contemplated, none of which has been shown to be able to achieve the crystalline state. However, for an adequately strong cooling system that produces on average a constant angular velocity among the particles, a crystalline state can be achieved. In this paper, we present numerical values for a particular example under typical experimental conditions; these values appear to be achievable in practice.
Physical Review Letters
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American Physical Society
Copyright (c) 1998 American Physical Society.
Graduate School of Advanced Sciences of Matter
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