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Transition Probabilities for Low Ionization Stages of Argon and Xenon

This study investigates the transition probabilities of low ionization stages of Argon (Ar) and Xenon (Xe). Collaborators from various institutions, including Laboratoire de Physique des Gaz et des Plasmas, Laboratoire de LUTH, and IAEA, contributed to the research. We focus on the transition processes of Argon II (3p → 4s) and various stages of Xenon, notably Xenon II (5p → 6s) and Xenon IV (6s → 6p). This research enhances our understanding of atomic processes in low ionization environments, relevant for astrophysics and plasma physics.

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Transition Probabilities for Low Ionization Stages of Argon and Xenon

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  1. Transition Probabilities for low ionization stages ofAr and Xe

  2. Collaborators K. Katsonis#, M. Cornille§, G. Maynard#, R.E.H. Clark$, J. Abdallah Jr.*, A. Ndiayé# # Laboratoire de Physique des Gaz et des Plasmas, UMR 8578, Université Paris-sud 91405 Orsay, FRANCE. § Laboratoire de LUTH, Observatoire de Paris, Meudon, FRANCE $ IAEA Vienna AUSTRIA. * LANL Los Alamos USA.

  3. Abstract

  4. Abstract (cont.)

  5. Abstract (cont.)

  6. Abstract (cont.)

  7. References

  8. Argon II 3p  4s

  9. Argon II 3p  4s (cont.)

  10. Xenon II 5p  6s

  11. *Make up of 2P3/2

  12. Xenon II 5p  6s (cont.)

  13. Xenon IV 6s  6p

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