Crystalline beams and related issues : proceedings of the 31st Workshop of the INFN Eloisatron Project, 12-21 November, 1995, Erice, Italy
著者
書誌事項
Crystalline beams and related issues : proceedings of the 31st Workshop of the INFN Eloisatron Project, 12-21 November, 1995, Erice, Italy
（The science and culture series, . Physics）
World Scientific, c1996
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注記
Includes bibliographical references
内容説明・目次
内容説明
Despite the great progress made during this century in the development and operation of particle accelerators, we are, at the moment, facing severe limitations which impede the attainment of very cold and dense beams of charged particles. These limitations are due to the interparticle Coulomb interactions: intrabeam scattering and space-charge effects.Recently, there has been interest in the feasibility of producing a crystalline beam. This is a spatially ordered ensemble of circulating particles having very small velocity fluctuations relative to each other. Such a state may be obtainable from an ordinary warm beam through the application of intense and continuous phase-space cooling (e.g. stochastic, electron, laser).Crystalline beams represent the ultimate in the control of space-charge effects. The study, and eventual attainment, of crystalline beams may lead to a variety of other applications, but will certainly provide a deeper insight into the fundamental limitations of storage rings and particle colliders.
目次
- The challenge of high phase-space density, I. Hofmann
- the physics of crystalline beams, J. Schiffer
- plasma physics of strongly coupled Coulomb systems, D. Dubin
- recombination and other phenomena in electron coolers, B. Franzke
- review of cooling techniques, A.M. Sessler
- electron cooling, I.N. Meshkov
- what can we learn from ion traps?, H. Walther
- review of work at the Novosibirsk INP, V. Parkhomchuk
- review of work at the Indiana Cyclotron, S.Y. Lee
- are we approaching the ultimate limit of particle accelerators?, G. Rees
- and other papers. (Part contents).
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