FeO "Orange Arc" Emission Detected in Optical Spectrum of Leonid Persistent Train

We report the detection of a broad continuum emission dominating the visual spectrum of a Leonid persistent train. A comparison with laboratory spectra of FeO "orange arc" emission at 1 mbar shows a general agreement of the band position and shape. The detection of FeO confirms the classic...

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Published in:Earth, moon, and planets moon, and planets, 1998-01, Vol.82-83, p.429-438
Main Authors: Jenniskens, Peter, Lacey, Matt, Allan, Beverley J, Self, Daniel E, Plane, John M.C
Format: Article
Language:English
Subjects:
Continuum radiation
Emission spectra
Emissions
Iron
Oxygen
Oxygen atoms
Ozone
Sodium
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container_title Earth, moon, and planets
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creator Jenniskens, Peter
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Allan, Beverley J
Self, Daniel E
Plane, John M.C
description We report the detection of a broad continuum emission dominating the visual spectrum of a Leonid persistent train. A comparison with laboratory spectra of FeO "orange arc" emission at 1 mbar shows a general agreement of the band position and shape. The detection of FeO confirms the classical mechanism of metal atom catalyzed recombination of ozone and oxygen atoms as the driving force behind optical emission from persistent trains. Sodium and iron atoms are now confirmed catalysts.
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subjects Continuum radiation
Emission spectra
Emissions
Iron
Oxygen
Oxygen atoms
Ozone
Sodium
title FeO "Orange Arc" Emission Detected in Optical Spectrum of Leonid Persistent Train
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