1975The Astrophysical JournalRequires access

Observations of H 110-alpha radio recombination-line emission associated with distributed ionized hydrogen

P. Jackson, F. J. Kerr

Open publisher page 11 citations

Abstract

In the discussion of the results of the investigation attention is given to emission nonuniformity, emission location, the electron temperature for the line-emitting region, the emission measure, the nature of the emission, small H II regions, elongated H II complexes, large and hot H I regions, small and cold clouds, and mixed emitting regions. Profile patterns indicate that the H 110-alpha recombination-line emission observed for the range from 24 deg to 33 deg originates in small-scale structures along the line of sight.

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What this paper is about

In the discussion of the results of the investigation attention is given to emission nonuniformity, emission location, the electron temperature for the line-emitting region, the emission measure, the nature of the emission, small H II regions, elongated H II complexes, large and hot H I regions, small and cold clouds, and mixed emitting regions. Profile patterns indicate that the H 110-alpha recombination-line emission observed for the range from 24 deg to 33 deg originates in small-scale structures along the line of sight.

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Available abstract

In the discussion of the results of the investigation attention is given to emission nonuniformity, emission location, the electron temperature for the line-emitting region, the emission measure, the nature of the emission, small H II regions, elongated H II complexes, large and hot H I regions, small and cold clouds, and mixed emitting regions. Profile patterns indicate that the H 110-alpha recombination-line emission observed for the range from 24 deg to 33 deg originates in small-scale structures along the line of sight.

Key concepts: Physics, Astrophysics, Emission spectrum, Line (geometry), Spectral line, Milky Way, Galaxy, Interstellar medium

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