Telescope pointing software for slit spectroscopy of the lunar exosphere

Detailed description of the original pointing software used for spectral observations of the lunar exosphere is given. The software allows to point the spectrograph of 2-m telescope of Terskol Observatory inside and outside the lunar disk with accuracy of about 2″. Observations of Na lines in the ex...

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Published in:Astronomical School’s Report
Main Authors: Velikodsky Yu.I., Berezhnoy A.A., Velichko S.F., Pakhomov Yu.V.
Language:English
Published: National Aviation University 2020
Subjects:
Online Access:https://doi.org/10.18372/2411-6602.16.03
http://astro.nau.edu.ua/papers/AstSR_2020_Vol_16_Iss_1_P_16.pdf
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spelling ftjasr:2020_V.16_Iss.1/Velikodsky_et_al 2023-05-15T17:39:44+02:00 Telescope pointing software for slit spectroscopy of the lunar exosphere Velikodsky Yu.I. Berezhnoy A.A. Velichko S.F. Pakhomov Yu.V. 2020 application/pdf https://doi.org/10.18372/2411-6602.16.03 http://astro.nau.edu.ua/papers/AstSR_2020_Vol_16_Iss_1_P_16.pdf en eng National Aviation University http://astro.nau.edu.ua/papers/AstSR_2020_Vol_16_Iss_1_P_16.pdf doi:10.18372/2411-6602.16.03 Astronomical School’s Report, 2020, Volume 16, Issue 1, P. 16-21 2411-6602 2020 ftjasr https://doi.org/10.18372/2411-6602.16.03 2022-03-22T18:55:37Z Detailed description of the original pointing software used for spectral observations of the lunar exosphere is given. The software allows to point the spectrograph of 2-m telescope of Terskol Observatory inside and outside the lunar disk with accuracy of about 2″. Observations of Na lines in the exosphere of the Moon on January 8 and October 7, 2017, do not reveal quick variability of Na lines at time scales of about 20 minutes. On January 8, 2017, the intensity of Na lines above the south pole of the Moon was stronger than that above the north pole of the Moon. Other/Unknown Material North Pole South pole Astronomical School’s Report (E-Journal) North Pole South Pole Astronomical School’s Report 16 1 16 21
institution Open Polar
collection Astronomical School’s Report (E-Journal)
op_collection_id ftjasr
language English
description Detailed description of the original pointing software used for spectral observations of the lunar exosphere is given. The software allows to point the spectrograph of 2-m telescope of Terskol Observatory inside and outside the lunar disk with accuracy of about 2″. Observations of Na lines in the exosphere of the Moon on January 8 and October 7, 2017, do not reveal quick variability of Na lines at time scales of about 20 minutes. On January 8, 2017, the intensity of Na lines above the south pole of the Moon was stronger than that above the north pole of the Moon.
author Velikodsky Yu.I.
Berezhnoy A.A.
Velichko S.F.
Pakhomov Yu.V.
spellingShingle Velikodsky Yu.I.
Berezhnoy A.A.
Velichko S.F.
Pakhomov Yu.V.
Telescope pointing software for slit spectroscopy of the lunar exosphere
author_facet Velikodsky Yu.I.
Berezhnoy A.A.
Velichko S.F.
Pakhomov Yu.V.
author_sort Velikodsky Yu.I.
title Telescope pointing software for slit spectroscopy of the lunar exosphere
title_short Telescope pointing software for slit spectroscopy of the lunar exosphere
title_full Telescope pointing software for slit spectroscopy of the lunar exosphere
title_fullStr Telescope pointing software for slit spectroscopy of the lunar exosphere
title_full_unstemmed Telescope pointing software for slit spectroscopy of the lunar exosphere
title_sort telescope pointing software for slit spectroscopy of the lunar exosphere
publisher National Aviation University
publishDate 2020
url https://doi.org/10.18372/2411-6602.16.03
http://astro.nau.edu.ua/papers/AstSR_2020_Vol_16_Iss_1_P_16.pdf
geographic North Pole
South Pole
geographic_facet North Pole
South Pole
genre North Pole
South pole
genre_facet North Pole
South pole
op_source Astronomical School’s Report, 2020, Volume 16, Issue 1, P. 16-21
2411-6602
op_relation http://astro.nau.edu.ua/papers/AstSR_2020_Vol_16_Iss_1_P_16.pdf
doi:10.18372/2411-6602.16.03
op_doi https://doi.org/10.18372/2411-6602.16.03
container_title Astronomical School’s Report
container_volume 16
container_issue 1
container_start_page 16
op_container_end_page 21
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