Deepest Terms in Ions of the Isoelectronic Sequences Ni I to Kr IX and Pd I to Xe IX

Kruger, P. Gerald; Shoupp, W. E.

doi:10.1103/physrev.46.124

Cited by 22 publications

(4 citation statements)

References 14 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…They were observed for Sn V by Gibbs and White (1928) and for Sb VI by Kruger and Shoupp (1934). These lines appeared strongly on our plates along with Sn VI and Sb VII lines.…”

Section: Resonance Lines Of Sn V and Sb Visupporting

confidence: 77%

See 1 more Smart Citation

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

Joshi¹,

Kleef²

1977

Can. J. Phys.

View full text Add to dashboard Cite

The spectra of cadmium, tin, and antimony have been photographed in the region 600-200 A on 10.7 and 6.6 m grazing incidence vacuum spectrographs usinga triggered spark and a sliding spark as light sources. The analyses of the 4d85p configurations in Cd 1V and Sn VI have been revised and extended. The parametric level fitting calculations and relative oscillator strengths calculations of the allowed transitions confirm the present analyses. The separation of the 4d9 2D rnultiplet in Sb V11 has been determined; its value is 10405 c 2cm-I. Accurate measurementsofthe resonance lines of Sn V and Sb VI have resulted in raising every level of Sn V by +415 cm-I and of Sb VI by +5 cm-l. On a photographie les spectres du cadmium, de I'etain et de I'antimoine dans la region 600-200A, en utilisant des spectrographes h vide de 10.7 et 6.6 m, a incidence rasante et ayant comme sources lumineuses une etincelle declenchee et une etincelle glissante. On a revise et prolonge les analyses des configurations 4ds5p dans Cd IV et Sn VI. Les calculs parametriques des niveaux et les calculs des valeurs relatives des forces d'oscillateur pour les transitions permises confirment ces nouvelles analyses. On a determine la separation du multiplet 4d9 *D dans Sb VII ; sa valeur est 10405 + 2 cm-'. Des mesures precises des raies de resonance de Sn V et Sb VI ont conduit a remonter de 415 cm-I chacun des niveaux de Sn V et de 5 cm-' ceux de Sb VI.Can. J. Phys.. 55. 714(1977) [Traduit par le journal] + 19%y4D + 16%y2F the mixing of the states (in fact the mixing of the Can. J. Phys. Downloaded from www.nrcresearchpress.com by YORK UNIV on 11/20/14For personal use only.

show abstract

“…They were observed for Sn V by Gibbs and White (1928) and for Sb VI by Kruger and Shoupp (1934). These lines appeared strongly on our plates along with Sn VI and Sb VII lines.…”

Section: Resonance Lines Of Sn V and Sb Visupporting

confidence: 77%

“…'The values in parentheses (only the last three figures. for brevity) are due to Gibbs and White (1928) for Sn V and due to Kruger and Shoupp (1934) for Sb VI.…”

Section: Resonance Lines Of Sn V and Sb Vimentioning

confidence: 99%

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

Joshi¹,

Kleef²

1977

Can. J. Phys.

View full text Add to dashboard Cite

show abstract

“…The first four ionization potentials have been evaluated from spectroscopic data. Expressed in electron volts, these values are in order: removal of the @ electron from the neutral atom in its ground state 2Pt, 5.761 (8) ; removal of one 5s electron from the In + ion in its ground state 1S0, 18.79 (9); removal of the second 5s electron from the In ++ ion in its ground state 2Si, 27.91 (10); and removal of a 4d electron from the In +++ ion in its ground state 1S0, 57.8 (11). Thus, oxidation states up to +3 may be expected, but higher states are precluded by the excessive amounts of energy required for their formation.…”

Section: Electrical Cha_racteristics Of Indium Metalmentioning

confidence: 99%

The Electrochemistry of Indium

Moeller¹,

Hopkins²

1948

J. Electrochem. Soc.

View full text Add to dashboard Cite

Recently revived interest in indium chemistry has demonstrated the importance of electrochemical studies and data. Available electrochemical information is useful in evaluating the ease of reduction of indium compounds, the ease of oxidation of the metal, the relative ionic characteristics of the compounds in the pure conditions and in solution, and the quantitative estimation of the element. The quantity production of indium metal in a high state of purity is based primarily upon knowledge of its electrochemical characteristics. Information summarized here is also strongly indicative of the necessity for further fundamental investigations. 1Manuscript 84 unless CC License in place (see abstract). ) ecsdl.org/site/terms_use address. Redistribution subject to ECS terms of use (see 141.211.4.224 Downloaded on 2015-06-26 to IP Vol. 93, No. ,1 ELECTROCHEMISTRY OF INDIUM 85 unless CC License in place (see abstract). ) ecsdl.org/site/terms_use address. Redistribution subject to ECS terms of use (see 141.211.4.224 Downloaded on 2015-06-26 to IP

show abstract

“…wavelength programme should be mentioned. (I) T h e Fe arc has been measured from AIO,OOO to A2000 with Io-metre gratings of 30,000 and 15,000 lines per in. giving dispersions from 0.4 to 3.3 A. per mm.…”

mentioning

confidence: 99%

Spectroscopy: I. atomic spectra

Jevons

Shenstone

1938

Rep. Prog. Phys.

View full text Add to dashboard Cite

show abstract

Deepest Terms in Ions of the Isoelectronic Sequences Ni I to Kr IX and Pd I to Xe IX

Cited by 22 publications

References 14 publications

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

The Electrochemistry of Indium

Spectroscopy: I. atomic spectra

Contact Info

Product

Resources

About

Deepest Terms in Ions of the Isoelectronic Sequences Ni I to Kr IX and Pd I to Xe IX

Cited by 22 publications

References 14 publications

4d9 → 4d85p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

4d9 → 4d85p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

The Electrochemistry of Indium

Spectroscopy: I. atomic spectra

Contact Info

Product

Resources

About

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI

4d⁹ → 4d⁸5p transitions in Cd IV, Sn VI, and Sb VII and the resonance lines of Sn V and Sb VI