1989Journal of Physics B Atomic Molecular and Optical PhysicsOpen access

State-selective preparation of long-lived highly excited ions by means of single electron capture

Josef Schweinzer, Janis R. Winter

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Abstract

Single electron capture from Mg, Li, Na and K into 0.3-10 keV Ar 2+ ions has been studied by means of translational energy spectroscopy with direct metastable on detection. In this way state-selective production of highly excited metastable Ar + ions with absolute determination of the metastable ion beam fractions has been achieved.

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Single electron capture from Mg, Li, Na and K into 0.3-10 keV Ar 2+ ions has been studied by means of translational energy spectroscopy with direct metastable on detection. In this way state-selective production of highly excited metastable Ar + ions with absolute determination of the metastable ion beam fractions has been achieved.

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Available abstract

Single electron capture from Mg, Li, Na and K into 0.3-10 keV Ar 2+ ions has been studied by means of translational energy spectroscopy with direct metastable on detection. In this way state-selective production of highly excited metastable Ar + ions with absolute determination of the metastable ion beam fractions has been achieved.

Key concepts: Metastability, Excited state, Ion, Physics, Atomic physics, Spectroscopy, Electron capture, Electron

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