Abstract

Recent progress in the measurement of intercombination transitions in a variety of isoelectronic sequences is reviewed along with an overview over the techniques used or presently under development. Most of these data have been obtained by beam-foil spectroscopy. For very low charge states ion traps have been used, including special cases employing an ion storage ring or an electron-beam ion trap (EBIT). Slow ion beams will have to be used to fill the gaps near the low-ion charge end of various sequences. For the data in some of the sequences parametrizations are possible which permit a critical discussion of the theoretical results from a user's point of view.

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