Title Physical properties of the trans-Neptunian object (38628) Huya from a multi-chord stellar occultation /
Authors Santos-Sanz, P ; Ortiz, J. L ; Sicardy, B ; Popescu, M ; Benedetti-Rossi, G ; Morales, N ; Vara-Lubiano, M ; Camargo, J. I. B ; Pereira, C. L ; Rommel, F. L ; Assafin, M ; Desmars, J ; Braga-Ribas, F ; Duffard, R ; Marques Oliveira, J ; Vieira-Martins, R ; Fernández-Valenzuela, E ; Morgado, B. E ; Acar, M ; Anghel, S ; Atalay, E ; Ateş, A ; Bakiş, H ; Bakis, V ; Eker, Z ; Erece, O ; Kaspi, S ; Kayhan, C ; Kilic, S. E ; Kilic, Y ; Manulis, I ; Nedelcu, D. A ; Niaei, M. S ; Nir, G ; Ofek, E ; Ozisik, T ; Petrescu, E ; Satir, O ; Solmaz, A ; Sonka, A ; Tekes, M ; Unsalan, O ; Yesilyaprak, C ; Anghel, R ; Berteşteanu, D ; Curelaru, L ; Danescu, C ; Dumitrescu, V ; Gherase, R ; Hudin, L ; Stoian, A-M ; Tercu, J. O ; Truta, R ; Turcu, V ; Vantdevara, C ; Belskaya, I ; Dementiev, T. O ; Gazeas, K ; Karampotsiou, S ; Kashuba, V ; Kiss, Cs ; Koshkin, N ; Kozhukhov, O. M ; Krugly, Y ; Lecacheux, J ; Pal, A ; Püsküllü, Ç ; Szakats, R ; Zhukov, V ; Bamberger, D ; Mondon, B ; Perelló, C ; Pratt, A ; Schnabel, C ; Selva, A ; Teng, J. P ; Tigani, K ; Tsamis, V ; Weber, C ; Wells, G ; Kalkan, S ; Kudak, V ; Marciniak, A ; Ogloza, W ; Özdemir, T ; Pakštienė, Erika ; Perig, V ; Żejmo, M
DOI 10.1051/0004-6361/202141546
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Is Part of Astronomy & Astrophysics.. Paris : EDP Sciences. 2022, vol. 664, art. no. A130, p. [1-18].. ISSN 0004-6361. eISSN 1432-0746
Keywords [eng] kuiper belt objects: individual: huya ; methods: observational ; techniques: photometric ; astrophysics - earth and planetary astrophysics ; astrophysics - solar and stellar astrophysics
Abstract [eng] Context. As part of our international program aimed at obtaining accurate physical properties of trans-Neptunian objects (TNOs), we predicted a stellar occultation by the TNO (38628) Huya of the star Gaia DR2 4352760586390566400 ( m G = 11.5 mag) on March 18, 2019. After an extensive observational campaign geared at obtaining the astrometric data, we updated the prediction and found it favorable to central Europe. Therefore, we mobilized half a hundred of professional and amateur astronomers in this region and the occultation was finally detected by 21 telescopes located at 18 sites in Europe and Asia. This places the Huya event among the best ever observed stellar occultation by a TNO in terms of the number of chords.
Published Paris : EDP Sciences
Type Journal article
Language English
Publication date 2022
CC license CC license description