Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)

Balodimos et al. (2003, Survey Review, 37(290): 269–275) presented astrogeodetic instrumentation for the determination of astronomical coordinates, and stated an accuracy of ±0.01″ would be achieved within few hours observation time. However, these authors did not address anomalous atmospheric refra...

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Main Author: Hirt, Christian
Format: Journal Article
Published: Maney Publishing 2012
Subjects:
Online Access:http://hdl.handle.net/20.500.11937/4007
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author Hirt, Christian
author_facet Hirt, Christian
author_sort Hirt, Christian
building Curtin Institutional Repository
collection Online Access
description Balodimos et al. (2003, Survey Review, 37(290): 269–275) presented astrogeodetic instrumentation for the determination of astronomical coordinates, and stated an accuracy of ±0.01″ would be achieved within few hours observation time. However, these authors did not address anomalous atmospheric refraction, the effect of which is relevant for any accurate determination of astronomical latitude Φ and longitude Λ. This correspondence briefly reviews anomalous refraction and its effect on astrogeodetic methods, by first defining anomalous refraction, describing its origins, summarising results of theoretical and empirical studies, and giving ways to mitigate its effect. This demonstrates that anomalous refraction represents a major obstacle for determining astronomical coordinates (Φ,Λ) at the 0.01″ accuracy level from just a few hours of star observations, as claimed by Balodimos et al. (2003).
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institution Curtin University Malaysia
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spelling curtin-20.500.11937-40072017-09-13T14:31:37Z Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275) Hirt, Christian Anomalous refraction Astronomical coordinates Geodetic astronomy Balodimos et al. (2003, Survey Review, 37(290): 269–275) presented astrogeodetic instrumentation for the determination of astronomical coordinates, and stated an accuracy of ±0.01″ would be achieved within few hours observation time. However, these authors did not address anomalous atmospheric refraction, the effect of which is relevant for any accurate determination of astronomical latitude Φ and longitude Λ. This correspondence briefly reviews anomalous refraction and its effect on astrogeodetic methods, by first defining anomalous refraction, describing its origins, summarising results of theoretical and empirical studies, and giving ways to mitigate its effect. This demonstrates that anomalous refraction represents a major obstacle for determining astronomical coordinates (Φ,Λ) at the 0.01″ accuracy level from just a few hours of star observations, as claimed by Balodimos et al. (2003). 2012 Journal Article http://hdl.handle.net/20.500.11937/4007 10.1179/175227012X13455477714906 Maney Publishing fulltext
spellingShingle Anomalous refraction
Astronomical coordinates
Geodetic astronomy
Hirt, Christian
Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title_full Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title_fullStr Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title_full_unstemmed Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title_short Anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (Balodimos et al. 2003, Survey Review 37,290:269-275)
title_sort anomalous atmospheric refraction and comments on "fast and accurate determination of astronomical coordinates …" (balodimos et al. 2003, survey review 37,290:269-275)
topic Anomalous refraction
Astronomical coordinates
Geodetic astronomy
url http://hdl.handle.net/20.500.11937/4007