Observation of Radiative Double Electron Capture for Fluorine Ions on Nitrogen and Neon

The capture of two electrons accompanied by the simultaneous emission of a single photon (RDEC) has been investigated for 2.11 MeV/u fluorine ions (F8+ and F9+) colliding with gaseous N2 and Ne and upper limits on the cross sections are determined. The measurements were performed at Western Michigan...

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Published in:Journal of physics. Conference series 2017-11, Vol.875 (2), p.12014
Main Authors: La Mantia, D S, Kumara, P N S, Niraula, P M, Iqbal, S, Bridges, M C, Kayani, A, Simon, A, Tanis, J A
Format: Article
Language:English
Subjects:
Beta decay
Cross-sections
Electron capture
Emission analysis
Fluorine
Foils
Neon
Physics
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container_title Journal of physics. Conference series
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creator La Mantia, D S
Kumara, P N S
Niraula, P M
Iqbal, S
Bridges, M C
Kayani, A
Simon, A
Tanis, J A
description The capture of two electrons accompanied by the simultaneous emission of a single photon (RDEC) has been investigated for 2.11 MeV/u fluorine ions (F8+ and F9+) colliding with gaseous N2 and Ne and upper limits on the cross sections are determined. The measurements were performed at Western Michigan University using the tandem Van de Graaff accelerator. Preliminary analysis indicates that the RDEC cross sections for F9+ for both targets are very close in magnitude and comparable to previously recorded cross sections for fully-stripped ions colliding with thin-foil targets. The states of observable RDEC capture are discussed, as well as future work.
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subjects Beta decay
Cross-sections
Electron capture
Emission analysis
Fluorine
Foils
Neon
Physics
title Observation of Radiative Double Electron Capture for Fluorine Ions on Nitrogen and Neon
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