Show
54 citations
related to Orbits; planets
Show
54 citations
related to Orbits; planets as a subject or category
Description Term used during the period 2002-present
Article
Flavia Marcacci
(2023)
G.B. Riccioli’s geo-heliocentric use of Epicepicycles, ellipses and spirals.
Journal for the History of Astronomy
(pp. 171-192).
(/isis/citation/CBB350834281/)
Article
Bernard R. Goldstein; José Chabás
(2023)
Joseph Ibn Waqār and the treatment of retrograde motion in the middle ages.
Archive for History of Exact Sciences
(pp. 175-199).
(/isis/citation/CBB458115218/)
Article
K. Rupa; Padmaja Venugopal; Anita Udagatti; et al.
(2022)
Importance of Bhāskara's Karaṇakutūhala as an algorithmic handbook.
Journal of Astronomical History and Heritage
(pp. 714-720).
(/isis/citation/CBB290615935/)
Book
Duane Hamacher
(2022)
The First Astronomers: How Indigenous Elders read the stars.
(/isis/citation/CBB333531632/)
Article
Recio, Gonzalo Luis
(2021)
Kepler’s derivation of the bisection of the earth’s orbit in Astronomia Nova.
British Journal for the History of Mathematics
(pp. 151-169).
(/isis/citation/CBB290881217/)
Article
Teije de Jong
(2021)
A study of Babylonian planetary theory III. The planet Mercury.
Archive for History of Exact Sciences
(pp. 491-522).
(/isis/citation/CBB229121263/)
Article
J. M. Steele; E. L. Meszaros
(2021)
A study of Babylonian records of planetary stations.
Archive for History of Exact Sciences
(pp. 415-438).
(/isis/citation/CBB685624061/)
Article
Christián C. Carman
(2021)
The gravitational influence of Jupiter on the Ptolemaic value for the eccentricity of Saturn.
Archive for History of Exact Sciences
(pp. 439-454).
(/isis/citation/CBB844292126/)
Book
Craig A. Stephenson
(2021)
Periodic Orbits: F. R. Moulton’s Quest for a New Lunar Theory.
(/isis/citation/CBB795238322/)
Article
Christián C. Carman
(2021)
The Tychonic Method for Calculating the Ratio between the Eccentricities of Mars.
Journal for the History of Astronomy
(pp. 212-234).
(/isis/citation/CBB973202474/)
Book
B.S. Shylaja; Seetharama Javagal
(2021)
Gaṇitagannaḍ: Mirror of Mathematics, An Astronomy Text of 1604 CE in Kannada by Śankaranārāyana Joisaru of Śṛngeri.
(/isis/citation/CBB339014873/)
Article
Fernando B. Figueiredo; João Fernandes
(2020)
José Monteiro da Rocha (1734–1819) and His 1782 Work on the Determination of Comet Orbits.
Journal for the History of Astronomy
(pp. 461-481).
(/isis/citation/CBB479505423/)
Article
Christián C. Carman
(2020)
Tycho Brahe’s Calculi ad Corrigenda Elementa Orbitae Saturni and the technical aspects of his planetary model of Saturn.
Archive for History of Exact Sciences
(pp. 565-586).
(/isis/citation/CBB288745910/)
Article
Teije de Jong; Hermann Hunger
(2020)
Babylonian observations of a unique planetary configuration.
Archive for History of Exact Sciences
(pp. 587-603).
(/isis/citation/CBB642858682/)
Article
James Brannon
(2020)
Bi-Daily Venus in the Medieval Thought of William of Conches: Explaining an Uncommon Celestial Event by Circumsolarity.
Journal for the History of Astronomy
(pp. 305-323).
(/isis/citation/CBB542578537/)
Article
Clifford J. Cunningham
(2020)
Herschel's spurious moons of Uranus: their impact on satellite orbital theory, celestial cartography and literature.
Journal of Astronomical History and Heritage
(pp. 119-162).
(/isis/citation/CBB722993822/)
Book
Sajjad Nikfahm; Fateme Savadi
(2020)
Naṣīr al-Dīn Muḥammad al-Ṭūsī al-Risāla al-Muʿīniyya (al-Risāla al-Mughniya) and its Supplement.
(/isis/citation/CBB011433309/)
Book
Anna De Pace
(2020)
Galileo lettore di Copernico.
(/isis/citation/CBB163414161/)
Article
Roshdi Rashed; Erwan Penchèvre
(2020)
Ibn Al-Haytham et le mouvement d'enroulement.
Arabic Sciences and Philosophy
(pp. 27-137).
(/isis/citation/CBB675559540/)
Article
Teije de Jong
(2019)
A Study of Babylonian Planetary Theory II. The Planet Venus.
Archive for History of Exact Sciences
(pp. 309-333).
(/isis/citation/CBB591267076/)
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