Show
70 citations
related to Instruments, navigational
Show
70 citations
related to Instruments, navigational as a subject or category
Description Term used during the period 2002-present
Article
Richard de Grijs
(2022)
Historical Chinese efforts to determine longitude at sea.
Journal of Astronomical History and Heritage
(pp. 54-74).
(/isis/citation/CBB403328137/)
Article
Meropi Morfouli
(2022)
Galileo Galilei, le « mesureur du temps » et les longitudes: Une interprétation nouvelle de l’instrument proposé par Galilée en 1637.
Archives Internationales d'Histoire des Sciences
(pp. 78-114).
(/isis/citation/CBB441230046/)
Article
Roger Kinns
(2021)
Time signals for mariners in South Africa.
Journal of Astronomical History and Heritage
(pp. 285-314).
(/isis/citation/CBB995065632/)
Article
Richard de Grijs
(2021)
European longitude prizes. 2: Astronomy, religion and engineering solutions in the Dutch Republic.
Journal of Astronomical History and Heritage
(pp. 405-439).
(/isis/citation/CBB810066516/)
Article
Thomas Wildenberg
(2021)
Col. Thomas L. Thurlow and the Development of the A-10 Sextant.
Air Power History
(pp. 35-40).
(/isis/citation/CBB952037420/)
Article
Richard de Grijs; Andrew P. Jacob
(2021)
William Dawes: practical astronomy on the ‘First Fleet’ from England to Australia.
Journal of Astronomical History and Heritage
(pp. 7-40).
(/isis/citation/CBB079817226/)
Book
P. Kenneth Seidelmann; Catherine Y. Hohenkerk
(2020)
The History of Celestial Navigation: Rise of the Royal Observatory and Nautical Almanacs.
(/isis/citation/CBB262477731/)
Book
Thomas Wildenberg
(2019)
Hot Spot of Invention: Charles Stark Draper, MIT and the Development of Inertial Guidance and Navigation.
(/isis/citation/CBB815782639/)
Article
Dominique Raynaud; Samuel Gessner; Bernardo Mota
(2019)
Andalò Di Negro’s De Compositione Astrolabii: A Critical Edition with English Translation and Notes.
Archive for History of Exact Sciences
(pp. 551-617).
(/isis/citation/CBB341588168/)
Book
Margaret E. Schotte
(2019)
Sailing School: Navigating Science and Skill, 1550-1800.
(/isis/citation/CBB988466603/)
Book
Céline Le Gall
(2019)
Giovanni Poleni (1683-1761) et l’essor de la technologie maritime au siècle des Lumières.
(/isis/citation/CBB013687898/)
Book
Donald Saff
(2019)
From Celestial to Terrestrial Timekeeping: Clockmaking in the Bond Family.
(/isis/citation/CBB730672057/)
Book
Jonathan Betts
(2018)
Marine Chronometers at Greenwich: A Catalogue of Marine Chronometers at the National Maritime Museum, Greenwich.
(/isis/citation/CBB472139775/)
Thesis
Nicolàs de Hilster
(2018)
Navigation on Wood: Wooden Navigational Instruments 1590-1731: An Analysis of Early Modern Western Instruments for Celestial Navigation, Their Origins, Mathematical Concepts and Accuracies.
(/isis/citation/CBB009676048/)
Article
Yulia Frumer
(2018)
Japanese Reverse Compasses: Grounding Cognition in History and Society.
Science in Context
(pp. 155-187).
(/isis/citation/CBB035408812/)
Book
John McAleer; Nigel Rigby
(2017)
Captain Cook and the Pacific: Art, Exploration and Empire.
(/isis/citation/CBB128420938/)
Book
Jim Bennett
(2017)
Navigation: A Very Short Introduction.
(/isis/citation/CBB761811804/)
Article
Josefina Rodríguez-Arribas; Charles Burnett; Silke Ackermann
(2017)
Astrolabes in Medieval Cultures.
Medieval Encounters
(pp. 1-2).
(/isis/citation/CBB085146919/)
Article
António Costa Canas
(2017)
The Astronomical Navigation in Portugal in the Age of Discoveries.
Cahiers François Viète Center for Epistemology and History of Science and Technology (CFV)
(pp. 15-36).
(/isis/citation/CBB350276070/)
Book
Paolo Palmieri
(2016)
Hermes and the Telescope: In the Crucible of Galileo's Life-World.
(/isis/citation/CBB515798894/)
Be the first to comment!