Red-Shift Absorption Spectrum of the Cygnus-A Radio Source

Details Red-Shift Absorption Spectrum of the Cygnus-A Radio Source Red-Shift Absorption Spectrum of the Cygnus-A Radio Source

Sep 1959

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1959natur.184r.803d&link_type=abstract

Nature, Volume 184, Issue 4689, pp. 803-804 (1959).

Mathematics

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3

Scientific paper

A MEASUREMENT to check the 21-cm. hydrogen line absorption spectrum of Cygnus-A (19N4A) reported by Lilley and McClain1 is important in view of the cosmological significance of their result. The absorption was observed by these authors within a 3 Mc./s. band centred on 1341 Mc./s. and was considered to be due to absorption in a neutral hydrogen cloud associated with the Cygnus-A source and receding with it at the optically determined2 velocity of 16,800 km./sec.

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