The relative intensity of the SiN( B \*x\*-X \*Z') emission spectrum was analyzed. The relative value of the electronic transition moment, k(R), was found to depend linearly on the internuclear distance, R, as k(R) = I -0.493( 12) (R/A) (l.O55<R6 1.835 A). The validity of the r-centroid approximatio
Electronic transition moment of the CN(A2П1X2Σ+) emission. Analysis of dependence on the internuclear distance
✍ Scribed by Haruhiko Ito; Kei-ichi Namiki; Kozo Kuchitsu
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 551 KB
- Volume
- 352-353
- Category
- Article
- ISSN
- 0022-2860
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The dependence of the electronic transition moment, Re(R), of the A10(B 2X+-X 2E+) system on the internuclear distance, R, has been determined by an analysis of the intensity distribution of the emission spectra as Re(R)= [1 -2.29(13XR/,~-1.5) 2] (1.510 A ~<R ~< 1.836 ,~). The R dependences of Re(R)
The Publisher sincerely regrets the following errors which have been made in the above-mentioned paper. On page 13, in the sentence above Eq. ( 8), "0 and 1.5 A" should read "0 k1 and 1.5 A". On page 14, Eq. ( 11) should read On page 14, in the last sentence of the right-hand column ul" should read