Mechanism of Excitation of the Forbidden Lines of Oxygen and Nitrogen in the Spectra of the Aurora and the Night Sky

Details Mechanism of Excitation of the Forbidden Lines of Oxygen and Nitrogen in the Spectra of the Aurora and the Night Sky Mechanism of Excitation of the Forbidden Lines of Oxygen and Nitrogen in the Spectra of the Aurora and the Night Sky

Apr 1939

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1939natur.143..639n&link_type=abstract

Nature, Volume 143, Issue 3624, pp. 639 (1939).

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Scientific paper

RECENT publications concerning the identification of the 4S-2P forbidden transition of N I in the spectra of the aurora and the night sky require a revision of previously published results. Actually, R. Bernard1 has shown that the wave-length of the auroral radiation considered is undoubtedly 3466.5 +/- 1 A., instead of 3470 A. On the other hand, laboratory2 and theoretical3 determinations give respectively λ 3466.3 and 3466.5 A. Owing to this fair agreement in wave-length, the attribution of the auroral radiation to the forbidden transition of N I may be accepted fairly safely, whereas this identification is not yet acceptable in the night sky spectrum (owing to unduly high Δλ).

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