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)
Chemiluminescent reactions studied by laser ablation. Detection of AlO (B 2Σ+) in the Al + O2 system
✍ Scribed by Kazuo Kasatani; Hiroshi Higashide; Hisanori Shinohara; Hiroyasu Sato
- Publisher
- Elsevier Science
- Year
- 1990
- Tongue
- English
- Weight
- 310 KB
- Volume
- 174
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
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
The generation of metastable O, ('Xg+) and Oz('Ag) in the H + 0, system of reactions was studied by the flow discharge chemiluminescence detection method. In addition to the Oz('Pg') and Oz(' , H0,(2A~oo) + H02(2AlohO), H02(zA~o,) + HO,(zA~oo), and H Oz(2A~oo) --+ H0,(2A&,o) emissions were detected
The same chemiluminescent spectrum of HNO was obtained in both the reaction systems of 0(3P) + CaHe + NO + 02 (\* A,)/02 and H + NO + 02( 'Ag)/Oa. The reaction mechanism for producing the excited HNO is proposed to be -HNO('A') + 02 ( 'Ag) + HNO(3A", + 0s (3X,) , HNOc3A") + 02 ('A,) --t HNO('A") +