Viktor Abramovich Shor (Author)
This is the history of how the Russian ephemeris service for major and minor bodies of the solar system was created and developed to provide necessary data for the needs of astronomy, as well as ground-based, sea, and space navigation. The background of this presentation is various astronomical events described, as well as the life events of the institutions where the service was carried out.
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Article
Enrico Bernieri;
Gheorghe Stratan;
Sara Bacchini;
Liviu Mircea;
(2022)
Systematic errors in Galileo's astronomical observations and alleged anomalies in the position of Neptune
(/isis/citation/CBB583226963/)
Article
Chabás, José;
(2012)
The Toledan Tables in Castilian: Excerpts of the Planetary Equations
(/isis/citation/CBB001421122/)
Article
Saturno, William A.;
Stuart, David;
Aveni, Anthony F.;
Rossi, Franco;
(2012)
Ancient Maya Astronomical Tables from Xultun, Guatemala
(/isis/citation/CBB001320477/)
Article
Lutz D. Schmadel;
Jay M. Pasachoff;
Peter M. Ting;
(2018)
Das Beispiel Hilmar und Waltraut - Ehepaare am Himmel der Kleinen Planeten
(/isis/citation/CBB291987180/)
Article
Goldstein, Bernard R.;
Chabás, José;
(2004)
Ptolemy, Bianchini, and Copernicus: Tables for Planetary Latitudes
(/isis/citation/CBB000470259/)
Book
Dalen, Benno van;
Yungsik, Kim;
Bray, Francesca;
(1999)
Tables of Planetary Latitude in the “Huihui li” (II)
(/isis/citation/CBB000110042/)
Article
C. Philipp E. Nothaft;
(2021)
Ephemerides in High Medieval Europe: The Textual Evidence
(/isis/citation/CBB560718404/)
Article
Porres, Beatriz;
Chabás, José;
(2001)
John of Murs's Tabulae Permanentes for Finding True Syzygies
(/isis/citation/CBB000102730/)
Article
Steele, J. M.;
(2003)
Planetary Latitudes in Babylonian Mathematical Astronomy
(/isis/citation/CBB000340689/)
Article
José Chabás;
Bernard R. Goldstein;
(2019)
The Medieval Moon in a Matrix: Double Argument Tables for Lunar Motion
(/isis/citation/CBB887078140/)
Book
Kushyar ibn Labban al-Jili;
Benno van Dalen;
(2022)
Ptolemaic Tradition and Islamic Innovation: The Astronomical Tables of Kushyar ibn Labban
(/isis/citation/CBB677092636/)
Article
Verdun, Andreas;
(2011)
The (Re-)Discovery of Euler's Lunar Tables
(/isis/citation/CBB001250233/)
Article
Padmaja Venugopal;
K. Rupa;
S.K. Uma;
S. Balachandra Rao;
(2023)
The Equation of the Conjunction (Śīghraphala) of the Planets in Classical Indian Astronomy
(/isis/citation/CBB947416867/)
Article
Granada, Miguel A.;
(2010)
“A quo moventur planetae?” Kepler et la question de l'agent du mouvement planétaire après la disparition des orbes solides
(/isis/citation/CBB001031816/)
Article
Brummelen, Glen Van;
(2006)
Taking Latitude with Ptolemy: Jamshīd al-Kāshī's Novel Geometric Model of the Motions of the Inferior Planets
(/isis/citation/CBB000670789/)
Article
Abhyankar, K. D.;
(2004)
Origin of the Moving Eccentric Circle Planetary Model in India
(/isis/citation/CBB000600506/)
Book
Mehl, Edouard;
Roudet, Nicolas;
(2011)
Kepler: la physique céleste: autour de l'Astronomia Nova, 1609
(/isis/citation/CBB001221139/)
Chapter
Swerdlow, N. M.;
(2010)
Tycho, Longomontanus, and Kepler on Ptolemy's Solar Observations and Theory, Precession of the Equinoxes, and Obliquity of the Ecliptic
(/isis/citation/CBB001021801/)
Book
Bucciantini, Massimo;
Camerota, Michele;
Roux, Sophie;
(2007)
Mechanics and Cosmology in the Medieval and Early Modern Period
(/isis/citation/CBB001032037/)
Article
Gingerich, Owen;
Van Helden, Albert;
(2011)
How Galileo Constructed the Moons of Jupiter
(/isis/citation/CBB001023568/)
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