Part four of the Rhodes University Skymap Program

The results of the fourth part of the Rhodes University Skymap Program are presented. The observations cover the area of sky between right ascension 14h00m and 02h30m and declination -26⁰ and + 13⁰ at a frequency of 2.3 GHz. Contour maps of this region, with a resolution of 0.38⁰, are presented. Var...

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Bibliographic Details
Main Author: Wright, Michael Robert
Format: Others
Language:English
Published: Rhodes University 1989
Subjects:
Online Access:http://hdl.handle.net/10962/d1001988
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spelling ndltd-netd.ac.za-oai-union.ndltd.org-rhodes-vital-54352017-07-20T04:13:26ZPart four of the Rhodes University Skymap ProgramWright, Michael RobertSouthern sky (Astronomy)Radio astronomyThe results of the fourth part of the Rhodes University Skymap Program are presented. The observations cover the area of sky between right ascension 14h00m and 02h30m and declination -26⁰ and + 13⁰ at a frequency of 2.3 GHz. Contour maps of this region, with a resolution of 0.38⁰, are presented. Various methods of reducing the effect of the Galactic disc emission are analyzed. The results demonstrate the effectiveness of one of these methods in the production of a flat base level. The filamentary structure of the North Polar Spur is enhanced and results are obtained which support current theories of the origin of this object. The HII region surrounding Ophiuchi is examined in detail. A number of parameters are derived for the HII region. The spur associated with the HII region S54 is also examined. A listing of 1105 point sources appearing in the maps is presented. The limiting flux density of this listing is 0.5 JyRhodes UniversityFaculty of Science, Physics1989ThesisMastersMSc261 leavespdfvital:5435http://hdl.handle.net/10962/d1001988EnglishWright, Michael Robert
collection NDLTD
language English
format Others
sources NDLTD
topic Southern sky (Astronomy)
Radio astronomy
spellingShingle Southern sky (Astronomy)
Radio astronomy
Wright, Michael Robert
Part four of the Rhodes University Skymap Program
description The results of the fourth part of the Rhodes University Skymap Program are presented. The observations cover the area of sky between right ascension 14h00m and 02h30m and declination -26⁰ and + 13⁰ at a frequency of 2.3 GHz. Contour maps of this region, with a resolution of 0.38⁰, are presented. Various methods of reducing the effect of the Galactic disc emission are analyzed. The results demonstrate the effectiveness of one of these methods in the production of a flat base level. The filamentary structure of the North Polar Spur is enhanced and results are obtained which support current theories of the origin of this object. The HII region surrounding Ophiuchi is examined in detail. A number of parameters are derived for the HII region. The spur associated with the HII region S54 is also examined. A listing of 1105 point sources appearing in the maps is presented. The limiting flux density of this listing is 0.5 Jy
author Wright, Michael Robert
author_facet Wright, Michael Robert
author_sort Wright, Michael Robert
title Part four of the Rhodes University Skymap Program
title_short Part four of the Rhodes University Skymap Program
title_full Part four of the Rhodes University Skymap Program
title_fullStr Part four of the Rhodes University Skymap Program
title_full_unstemmed Part four of the Rhodes University Skymap Program
title_sort part four of the rhodes university skymap program
publisher Rhodes University
publishDate 1989
url http://hdl.handle.net/10962/d1001988
work_keys_str_mv AT wrightmichaelrobert partfouroftherhodesuniversityskymapprogram
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