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Halo Influence on RIB Physics

机译:晕对RIB物理的影响

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摘要

We are now well past the silver jubilee for halo nuclei and it may be of some interest to look back and reflect on how the emergence of this new type of nuclear structure has influenced the progress of our science. Time-wise, the discovery of halos coincide with the rapid growth of the field of radioactive ion beams (RIB) also called radioactive nuclear beams, as seen, for example, from the conference series starting in 1989 that carried this name. Even though many of the developments within RIB physics would have happened without the impetus given by the many experiments on halo nuclei, many were indeed triggered by the halo phenomenon and the speed with which they have been implemented has certainly been increased. We shall briefly recall some historical important contributions to halo physics and attempt to show the many-faceted influence they have had. We also offer some speculations on the future progress.
机译:现在,我们已经过了光晕银禧周年纪念,回顾并反思这种新型核结构的出现如何影响我们的科学进展,可能会引起一些关注。从时间角度来看,光环的发现与放射性离子束(RIB)领域的快速发展相吻合,RIB也被称为放射性核束,例如,从1989年开始的带有该名称的会议系列中就可以看出。即使在没有许多光环核实验的推动下,RIB物理学领域的许多发展本来会发生,但许多确实是由光环现象触发的,并且实现速度的确提高了。我们将简要回顾一下对光晕物理学的一些历史性重要贡献,并试图展示它们所产生的多方面影响。我们还对未来的发展提供了一些推测。

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