2023Unpublished venueRequires access

Features of Time-Scale System VLBI Radio Telescope RT-32 Zolochiv

Viktor Gaidamanchuk

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Abstract

This article presents the features of creation of the VLBI time scale system of the Zolochiv RT-32 radio telescope in Ukraine. Based on the research results, directions for its further improvement have been determined for transformation into the Precision Time Scale System based on an ensemble (group) of atomic standards. Ways to achieve the characteristics necessary to include the RT-32 radio telescope in the EVN network are considered. In addition, further modernization and transformation into a group time scale will allow the integration of the VLBI Zolochiv RT-32 time scale system into the National Time and Frequency Service.

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What this paper is about

This article presents the features of creation of the VLBI time scale system of the Zolochiv RT-32 radio telescope in Ukraine. Based on the research results, directions for its further improvement have been determined for transformation into the Precision Time Scale System based on an ensemble (group) of atomic standards. Ways to achieve the characteristics necessary to include the RT-32 radio telescope in the EVN network are considered. In addition, further modernization and transformation into a group time scale will allow the integration of the VLBI Zolochiv RT-32 time scale system into the National Time and Frequency Service.

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Available abstract

This article presents the features of creation of the VLBI time scale system of the Zolochiv RT-32 radio telescope in Ukraine. Based on the research results, directions for its further improvement have been determined for transformation into the Precision Time Scale System based on an ensemble (group) of atomic standards. Ways to achieve the characteristics necessary to include the RT-32 radio telescope in the EVN network are considered. In addition, further modernization and transformation into a group time scale will allow the integration of the VLBI Zolochiv RT-32 time scale system into the National Time and Frequency Service.

Key concepts: Very-long-baseline interferometry, Radio telescope, Telescope, Scale (ratio), Atomic clock, Remote sensing, Radio astronomy, Computer science

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