Irregularities in Energy Sequences of Ni- Like Ions. Applications to Wavelengths Calculations of the Self-Photo Pumped 4f1P1 ? 4d 1P1 X-ray Laser Transition

Irregularities in Energy Sequences of Ni- Like Ions. Applications to Wavelengths Calculations of the Self-Photo Pumped 4f1P1 ? 4d 1P1 X-ray Laser Transition

Ivanova E.P.

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Irregularities in Energy Sequences of Ni- Like Ions. Applications to Wavelengths Calculations of the Self-Photo Pumped 4f1P1 ? 4d 1P1 X-ray Laser Transition

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Abstract

The energies of the Ni-like ions with Z=36-51 are calculated. The energies of the low 3d 3/2 4d 3/2 [J=1] and upper 3d 3/2 4f 5/2 [J=1] working levels of the self-photopumped X-ray laser are analyzed along the sequence. We studied irregularities in the crossing Z-points of each working level with another level of the same parity. The irregularities are the features of the energy levels and of the radiative transition probabilities (RTP) associated with this level. They result in a decrease in the radiative transition probability (RTP) in one transition channel and an enhancement of RTP in another channel. The list of elements that lase on the self-photopumped transition can be extended much further than originally known. We present the first calculation of the wavelengths of this transition in Ni-like sequence to Z = 79 using the relativistic perturbation theory with a zero approximation model potential.

References

26 Cites in Article

Reference Format

E Ivanova,I Grant (1998). Oscillator strength anomalies in the neon isoelectronic sequence with applications to x-ray laser modeling.
C Dong,C Dong,S Fritzsche,G Gaigalas,T Jacob,J Sienkiewicz (2001). Theoretical Level Structure and Decay Dynamics of Nickel-like Ions: Search for Laser Lines in the Soft X-ray Domain.
J Nilsen (1996). Self photo-pumped neon-like and nickel-like X-ray lasers.
Joseph Nilsen (1997). Design of a picosecond-laser-driven Ni-like Mo x-ray laser near 20 nm.
I Grant,B Mckenzie,P Norrington,D Mayers,M Pyper (1980). An atomic multi configurational Dirack-Fock package.
J Nilsen,J Dunn,A Osterheld,Li Yu (1999). Lasing on the self-photopumped nickel-like 4f 1 P 1 -4d 1 P 1 x-ray transition.
Jaroslav Kuba,Annie Klisnick,David Ros,Paul Fourcade,Gérard Jamelot,Jean-Luc Miquel,Nathalie Blanchot,Jean-François Wyart (2000). Two-color transient pumping in Ni-like silver at 13.9 and 16.1 nm.
B Luther,Y Wang,M Larotonda,D Alessi,M Berrill,M Marconi,J Rocca,V Shlyaptsev (2005). Saturated high-repetition-rate 189-nm tabletop laser in nickellike molybdenum.
Michael Siegrist,Felix Staub,Fei Jia,Thomas Feurer,Jürg Balmer,Joseph Nilsen (2017). Self-photopumped x-ray lasers from elements in the Ne-like and Ni-like ionization state.
Joseph Reader,Nicolo Acquista,Victor Kaufman (1991). Spectrum and energy levels of seven-times-ionized krypton (Kr viii) and resonance lines of eight-times-ionized krypton (Kr ix).
H Chen,P Beiersdorfer,K Fournier,E Träbert (2002). Soft x-ray spectra of highly charged Kr ions in an electron-beam ion trap.
S Churilov,A Ryabtsev,J-F Wyart (1988). Identification ofn= 4, Δn= 0 transitions in the spectra of nickel-like and zinc-like ions through tin.
A Ryabtsev,S Churilov,J Nilsen,Li Yu,J Dunn,A Osterheld (1999). Additional analysis of Ni-like ions spectra.
A Rahman,E Hammarsten,S Sakadic,J Rocca,J-F Wyart (2003). Identification ofn= 4, Δn= 0 Transitions in the Spectra of Nickel-like Cadmium Ions from a Capillary Discharge Plasma Column.
A Rahman,J Rocca,J-F Wyart (2004). Classification of the Nickel-Like Silver Spectrum (Ag XX) from a Fast Capillary Discharge Plasma.
S Churilov,A Ryabtsev,J-F Wyart (2005). Analysis of the 4–4 Transitions in the Ni-like Kr IX Spectrum.
E Ivanova,A Gogava (1985). Wavelengths of the 4d–4p, 0–1 transitions of X-ray lasers in Ni-like ions with Z ≤ 79.
E Ivanova (2014). Energy levels and probabilities of radiative transitions in the Kr IX ion.
E Ivanova (2016). Wavelengths of the 4d–4p, 0–1 transitions of X-ray lasers in Ni-like ions with Z ≤ 79.
E Ivanova (2015). Proposal for precision wavelength measurement of the Ni-like gadolinium X-ray laser formed during the interaction of nanostructured target with an ultrashort laser beam.
E Ivanova,N Zinov'ev,L Knight (2001). Theoretical investigation of a Ni-like xenon X-ray laser in the 13–14 nm range.
E Ivanova,A Ivanov (2005). A superpowerful source of far-ultraviolet monochromatic radiation.
A Kramida,T Shirai (2009). Energy levels and spectral lines of tungsten.
J Clementson,P Beiersdorfer,G Brown,M Gu (2010). Spectroscopy of M-shell x-ray transitions in Zn-like through Co-like W.
Dong C.-Z Fritzsche,S Xie,L.-Y (2003). Energy levels and transition probabilities for possible X-ray laser lines of highly charged Ni-like ions.
U Safronova,A Safronova,S Hamasha,P Beiersdorfer (2006). Relativistic many-body calculations of multipole (E1, M1, E2, M2, E3, and M3) transitions wavelengths and rates between 3l -1 4l'excited and ground states in nickel-like ions. At.

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Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

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How to Cite This Article

Ivanova E.P.. 2017. \u201cIrregularities in Energy Sequences of Ni- Like Ions. Applications to Wavelengths Calculations of the Self-Photo Pumped 4f1P1 ? 4d 1P1 X-ray Laser Transition\u201d. Global Journal of Science Frontier Research - F: Mathematics & Decision GJSFR-F Volume 17 (GJSFR Volume 17 Issue F6): .

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GJSFR Volume 17 Issue F6
Pg. 9- 23

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Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-F Classification: MSC 2010: 00A69

Submission ReceivedAugust 28, 2017
Peer Review Double Blind
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Accepted September 18, 2017
Published October 2, 2017

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v1.2

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November 8, 2017

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Article Matrices

Total Score: 101

Country: Unknown

Subject: Global Journal of Science Frontier Research - F: Mathematics & Decision

Authors: Ivanova E.P. (PhD/Dr. count: 0)

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