By Bengt Edlén (auth.), Ivan A. Sellin, David J. Pegg (eds.)
The considerable evolution of the approximately teenaged department of atomic and molecular physics referred to as beam foil spectroscopy is obviously depicted within the current volumes, that are dedicated to booklet of shows on the Fourth foreign convention on Beam Foil Spectroscopy and Heavy Ion Atomic Physics Symposium. The transition from youth to formative years parallels human adventure in that diffusion of pursuits and interactions past the confines of the unique relatives has almost definitely happened. The pre-occupation with thoughts and their strengthen ment has been mostly changed by way of curiosity within the physics of the widest attainable array of atomic and molecular physics experiments, within which spectroscopic examine (visible, UV, XUV, X-ray, electron) of collisional interactions of quickly beams is the unifying topic. the outline "accelerator-based atomic physics" is likely to be extra consultant of the topic at the present time than is the unique, beam-foil spectroscopy," on account that such a lot of experiments don't have anything to do with foils, and moreover, hire spectroscopy often as an incidental instrument. What, then distinguishes beam-foil spectro scopy from overlapping fields of atomic collisions physics? In an period the place the limits have gotten ever extra diffuse, there might be no transparent definition. a great practical definition was once lately conceived by way of Peter Erman, less than the salubrious stimulus of a big Tennessee bourbon: it's the tribal adventure of the neighborhood of scientists who've banded jointly to improve the self-discipline during the last dozen years, as shared on the triennial meetings dedicated to it.
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Additional info for Beam-Foil Spectroscopy: Volume 1: Atomic Structure and Lifetimes
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32 . This is encouraging. A comparison between theories is possible for the ls22s2 lSO-+ 3 Is 2s2p PI intercombination line (spin-orbit allowed electric di- 2 38 A. HIBBERT Table 5. 6 (4) *(n) Nussbaumer  means multiply by IOn pole) in the beryllium sequence. In Table 5 we compare the earlier work of Garstang and Shamey  with more recent work of Nussbaumer  and Laughlin and Victor , who use CI, in the case of  combined with a model potential to represent the core. The results of Nussbaumer became a factor of 2-3 smaller than those of Garstang and Shamey.