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Corrigendum: Absolute single photoionization cross-section measurements of Rb2+ ions: experiment and theory

  • D. A. Macaluso
  • , K. Bogolub
  • , A. Johnson
  • , A. Aguilar
  • , A. L.D. Kilcoyne
  • , R. C. Bilodeau
  • , M. Bautista
  • , A. B. Kerlin
  • , N. C. Sterling
  • University of Montana
  • United States Department of Energy
  • University of Connecticut
  • Western Michigan University
  • University of West Georgia

Research output: Contribution to journalCorrigenda / Errata

4 Scopus citations

Abstract

In our paper ‘Absolute single photoionization cross-section measurements of Rb2+ ions: experiment and theory’ [1] a formatting error occured in which the data for table 8 was overwritten with values from table 5. The corrected table 8 is shown below. In the process of correcting this error, three typos were discovered in other data tables. In table 6, resonance number 24 was mistakenly listed twice. The repeated resonance number was removed and the corrected table 6 is shown. In table 7 the series limits have been replaced with the correct value of 40.485 eV as shown in the corrected table.Rydberg series of resonances due to 4p→nd transitions from the 2P3/2o ground state of Rb2+ converging to the 4s24p4 (1D2) series limit in Rb3+. The coupling splitting of this series is resolved only for the two lowest-energy resonances (n = 8 and 9).Rydberg series of resonances due to 4p→nd transitions from the 2P1/2o metastable state of Rb2+ converging to the 4s24p4 (1D2) series limit in Rb3+. The coupling splitting of this series is resolved only for the three lowest-energy resonances (n = 8 through 10). The feature associated with the n = 11 resonance for the lower energy splitting was not resolvable and is indistinguishable from background thus this resonance lacks a feature number.Rydberg series of resonances due to 4p→nd transitions from the 2P3/2o ground and 2P1/2o metastable states of Rb2+ converging to the 4s24p4 (1S0) series limit in Rb3+ .

Original languageEnglish
Article number119501
JournalJournal of Physics B: Atomic, Molecular and Optical Physics
Volume50
Issue number11
DOIs
StatePublished - Jun 14 2017

Keywords

  • absolute cross sections
  • photoionization
  • rubidium

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