Hostname: page-component-cd9895bd7-jkksz Total loading time: 0 Render date: 2024-12-13T03:33:10.191Z Has data issue: false hasContentIssue false
  • English
  • Français

41.Commission De L'histoire De L'astronomie

Published online by Cambridge University Press:  25 April 2016

E. Rybka

Abstract

An abstract is not available for this content so a preview has been provided. As you have access to this content, a full PDF is available via the ‘Save PDF’ action button.
Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Reports of Commissions
Information
Transactions of the International Astronomical Union , Volume 13 , Issue 1: Reports on Astronomy , 1967 , pp. 909 - 922
Copyright
Copyright © Reidel 1967

References

A Supplementary bibliography

Austria

1. Ferrari d'Occhieppo, K. Der Messias-Stern unter neuer astronomischen und arch- äologischen Gesichtspunkten. Vierteljahrsschrift Wiener Kath. Akad., 15, 3–19.Google Scholar
2. Ferrari d'Occhieppo, K. 1966, Die Rolle des Mars bet der grossen Konjunktion im jahre 7 v. Ch. Google Scholar
3. Michel, H. 1965, Les instruments des Sciences dans l'art et l'histoire. A de Visscher, Ed Bruxelles.Google Scholar
4. Michel, H. 1965, Messen über Zeit und Raum. Chr. Belser Verl., Stuttgart.Google Scholar
5. Michel, H. 1966, Scientific instruments. Barrie and Rockliff, London.Google Scholar
6. Michel, H. 1966, Strumenti scientifici. Bramante Edit., Milano.Google Scholar
7. Michel, H. 1966, Les cadrans solaires de Max Elskamp. Musée de la Vie Wallonne, Liège. Canada Google Scholar
8. Burke-Gaffney, M. W. 1966,Boutet de Saint-Martin. Dictionary of Canadian Biography,Musée de la Vie Wallonne, Liege, 119, Toronto, University of Toronto Press.Google Scholar
9. Douglas, A. V. 1966, Litterary History of Canada. Chapter 24. Scientific Writings, pp. 445–456. University of Toronto Press.Google Scholar
10. Fischer, K. 1964, Some unpublished astrological illustrations from Central and Eastern Europe. J. Warburg Courtauld Inst., 27, 311–312.CrossRefGoogle Scholar
11. Fischer, K. 1965, Matematicko-fyzikálne pristroje v zbierkach meského muzea ω Bratislave. Bratislava, 179–200.Google Scholar
12. Horský, Z., Prochazka, Emanuel 1964, Prazsky Orloj. Sborník pro dějiny přirodnich věd a techniky. Acta historiae rerum naturalium nec non technicarum, 9, 83—146.Google Scholar
13. Horský, Z. 1965, Sextant astronomique de Bürgi. Acta historiae rerum naturalium nec non technicarum. Special issue, 1, 125–129.Google Scholar
14. Link, F. 1965, Observations et Catalogue des aurores boréales apparues en Occident de 1601-1700, seconde partie. Geofysikální Sborník, no. 212. Praha.Google Scholar
15. Dick, J. 1965, Wer kennt Jean Philippe Baratier? Sterne, 41, 233–238.Google Scholar
16. Bachr, U. 1964, Friedrich Karl Ginzel. Neue Deutsche Biographie. Google Scholar
17. Baehr, U., et al. 1965, Die Relationen Chimalpahins zur Geschichte Mexico's. Univer-sität Hamburg, Abhandlungen aus dem Gebiet der Auslandskunde, 69.Google Scholar
18. Baehr, U. 1966, Kalenderreform, Sterne und Weltraum, 10, 963.Google Scholar
19. Sticker, B. 1964, Die Stellung der Geschichte der Naturwissenschaften im Rahmen unserer heutigen Universitäten. Philosophia Naturalis, 8, 109–116.Google Scholar
20. Sticker, B. 1964, Herschel's Cosmology. History of Science, 3, 91–101.Google Scholar
21. Sticker, B. 1964, Documenta Astronomica, 23, 8–25, 9; 1964, Katalog, F. Sterner Verlag, Wiesbaden.Google Scholar
22. Sticker, B. Ansätze zur historischer Denkweise in der Naturforschung an der Wende vom 18 zura 19 Jahrhundert. II. Die Konzeption der Entwicklung von Sternen und Sternsystemen durch Wilhelm Herschel. Sudhoffs Archiv., 47, 26–35.Google Scholar
23. Sticker, B. 1965, ‘Artificial’ and ‘natural’ classifications of celestial bodies in the work of William Herschel. Ithaca, 1962, 729–731.Google Scholar
24. Sticker, B. 1965, Die Erweiterung des Erfahrungsbereichs des Menschen durch die Naturwissenschaften im 19. Jahrhundert. Technik-Geschichte, 32, 131–161.Google Scholar
25. Sticker, B. 1965, Über das Verhältnis zwischen der Geschichte der Mathematik und der Geschichte der Naturwissenschaft. Philosophischer Eros im Wandel der Zeit. 125–141. München.Google Scholar
26. Sticker, B. 1966, Die Smithsonian Institution. Bild der Wissenschaft, 454–461.Google Scholar
27. Zinner, E. 1964, Die Bibliographie der Astronomic Aus alten Handschriften. II. Naturforschende Gesellschaft Bamberg, 39, Bericht.Google Scholar
28. Abetti, G. 1965, La data delta visione dantesca. Luci ed Immagini. Firenze.Google Scholar
29. Abetti, G. 1965, Galileo Galilei. Celebrazione del IV centenario della nascita, Accademia Nazionale dei Lincei, Roma.Google Scholar
30. Abetti, G. 1965, Paolo dal Pozzo Toscanelli astronomer and the problem of longitudes. Atti Fondazione G. Ronchi, Sett. Ott., Firenze.Google Scholar
31. Abetti, G. 1966, The sunspots from Galileo to George Hale. Atti del Convegno sulle macchie solari. Barbéra ed. Firenze.Google Scholar
32. Ronchi, V. 1966, Storia del cannocchiale, Miscellanea Galileiana Pontificiae Academiae Scientiarum Scripta Varia, no. 27, 727–848.Google Scholar
33. Ronchi, V. 1965, Un aspect peu connu de 1'activité de Léonard de Vinci dans Ie domaine de l'optique. Atti della Fondazione Giorgio Ronchi, 20, 394–405.Google Scholar
34. Ronchi, V. 1966, New history of the optical microscope. Indian j. Hist. Sci., 1, 46–59.Google Scholar
35. Ronchi, V. 1966, Rapporti fra scienza e tecnica nell'antichità e nel medio evo. Respon-sabilità del Sapere, 77, 78, 3–21.Google Scholar
36. Ronchi, V. 1965, II contribute di Isacco Newton alia formulaztone della legge dell' attrazione universale. Cultura e scuola, no. 16, 249–257.Google Scholar
37. Zagar, F. 1964, Corrispondenza su Marte di G. V, Schiaparelli, Vol. 1: 1877-89. Pisa.Google Scholar
38. Hirose, H. 1964, On the determination of the date of winter solstice of Shou-shih-li of Yüan and Zyōky-Rekiō, one of Japanese national calendars. Private Publication, no. 4, (in Japanese).Google Scholar
39. Hirose, H. 1964, On the determination of the data of winter solstice of Hōryaku-Reki and its correction volume issued in Meiwa years. Private Publication, no. 5, (in Japanese).Google Scholar
40. Hirose, H. 1964, On Lunar Eclipse Observations made during Yedo-Period. Private Publication, no. 5, (in Japanese).Google Scholar
41. Hirose, H. 1966, On the Foundation of Nagasaki-School of Astronomy. Part I. On 'Nigi-Ryakusetsu'. Rep. Soc. histor. Res. Dutch School Material Japan, no. 157.Google Scholar
42. Hirose, H. 1965, On astronomical and geodetic instruments used in Yedo-Period. 'Biblia’ of Tenri Library, no. 32, 130, (in Japanese).Google Scholar
43. Hirose, H., Manabe, R. 1965, On the meridian observations of the Sun made at the Observatory of Tokugawa Shogunate. Tokyo astr. Obs. Rep., 13, 660, (in Japanese):Google Scholar
44. Hirose, H. 1964, General aspect of calendar problem after Hōryaku calendar reform and problematic points concerning Kwansei calendar reform. Rep. Soc. histor. Res. Dutch School Material japan, no. 157, (in Japanese).Google Scholar
45. Hirose, H. 1965, Copernicus, Tokyo.Google Scholar
46. Murayama, S. 1964, On the progress of telescope in Japan. Google Scholar
47. Watanabe, T. 1965, Forerunner of astronomy in Japan, Sibukawa Harumi and progress of astronomy in Edo Period (1603–1867) of Japan. Google Scholar
48. Hazama, H. 1966, Catalogue of the Exhibition of Hazama Sigetomi with his chronological table. Google Scholar
49. Yabuuti, K., Soda, H. 1964, Scientific instruments in Japan. Google Scholar
50. Simamura, H., ed. 1965, Nippon Kagaku-gizyutusi Taikei, 14, (in Japanese).Google Scholar
51. Catalogue of terrestrial and celestial globes (ed. by the Tenri Central Library), 1964, (in Japanese).Google Scholar
52. Yabuuti, K. 1965, On the celestial globes in the Tenri Central Library. Biblia, 32,102–111, (in Japanese).Google Scholar
53. Yabuuti, K. 1966, Astrology of western origin in ancient Japan. Scientia (Italy), 101, 353–358.Google Scholar
54. Imai, I. 1965, On the celestial globes of W. Blaeu in the Tenri Central Library. Biblia, 32, 113–129, (in Japanese).Google Scholar
55. Nakayama, S. 1965, Japanese activity in the history of astronomy during the early half of 1960's. Jap. Studies in the History of Science, no. 4, 1–19.Google Scholar
56. Nakayama, S. 1965, Characteristics of Chinese calendrical science. Jap. Studies in the History of Science, no. 4, 124–131.Google Scholar
57. Saito, K., Sinozawa, S. 1966, On the records of solar eclipse observations by Japanese astronomers and geophysicists since Meiji (1868— ). Tokyo astr. Obs. Rep., 14, 1–78, (in Japanese).Google Scholar
58. Watanabe, T. 1965, On the observation of solar and lunar eclipses in Edo Period. J. Tokyo Mercantile Marine College, 16, 31–51, (in Japanese).Google Scholar
59. Watanabe, T. 1965, On the eclipses and calendar reform in Edo Period. J. Tokyo Mercantile Marine College, 14, 53–66, (in Japanese).Google Scholar
60. Yamada, K. 1965, On the early development of astrophysics. J. History of Science, no. 73, 9–17, (in Japanese).Google Scholar
61. Przypkowski, T. 1964, Gnomonics of John Hevelius. Ithaca Proceedings of the Xth Intern. Congress of History of Science.Google Scholar
62. Przypkowski, T. 1967, The art of sundials in Poland from the thirteenth to the nineteenth century. Vistas in Astronomy, 9, Pergamon Press.Google Scholar
63. Rybka, E. 1967, The influence of the Cracow intellectual climate at the end of the fifteenth century upon the origin of the heliocentric system. Vistas in Astronomy, 9. Pergamon Press.Google Scholar
64. Fleckenstein, J. O. 1965, Wissenschaft und Politik von Galilei bis Einstein. München.Google Scholar
65. Fleckenstein, J. O. 1967, Papyrologie und astronomiegeschichtliche Quellen, Vistas in Astronomy, 9, Pergamon Press.Google Scholar
66. Fleckenstein, J. O. 1966, Les phases galiléennes de la planète Vénus, Giornate Galileane, Firenze.Google Scholar
67. Forbes, E. G. 1965, The Foundation and Early Development of the Nautical Almanac. J. Inst. Navig., 18, 391–401.Google Scholar
68. Forbes, E. G. 1965, Dr Bradley's Astronomical Observations. Quart. J. R. astr. Soc, 6, 321–328.Google Scholar
69. Forbes, E. G. 1966, The Origin and Development of the Marine Chronometer. Ann. Sci., 22, 1–25.Google Scholar
70. Hoskin, M. A., Jones, Ch. 1965, Problems in late Renaissance Astronomy. Le Soleil à la Renaissance. Bruxelles-Paris, 19–31.Google Scholar
71. Hoskin, M. A. 1966, Stellar Distances: Galileo's Method and its Subsequent History. Indian J. Hist. Sci., 1, 22–29.Google Scholar
72. Hoskin, M. A. 1966, Introduction to facsimile of Clavis Coelestis by Thomas Wright of Durham. London.Google Scholar
73. King, H. C. 1965, The world of the Moon. Barrie and Rockliff, London.Google Scholar
74. Needham, J. 1965, Time and Eastern Man. Royal Anthropological Institute. Occasional Paper no. 21.Google Scholar
75. Needham, J. 1964, Science and Society in China and the West. Science Progress, 52, 50–65.Google Scholar
76. Beer, A., Ho, Ping-Yü, Lu, Gwei-Djen, Needham, J., Pulleyblank, E. G., Thompson, G. I. 1964, An 8th Century Meridian Line: I-Hsing's Chain of Gnomons and the Pre-history of the Metric System. Vistas in Astronomy, 4, Pergamon Press.Google Scholar
77. Needham, J., Lu, G. D. The Optick Artists of Chiangsu. Proceedings of the Royal Microscopical Society (in press).Google Scholar
78. Needham, J., Lu, G. D. A Mid-Eighteenth Century Korean Astronomical Screen from the Royal Palace at Seoul. Physics (in press).Google Scholar
79. Gingerich, O. 1964, The computer versus Kepler. Amer. Scient., 52, 218–226.Google Scholar
80. Gingerich, O. 1965, Lunar visibilities in ancient Babylon, Isis , 56, 69.Google Scholar
81. Gingerich, O. 1965, Eleven-digit regular sexagesimals and their reciprocals. Trans. Amer. Phil. Soc, 55, part 8.Google Scholar
81. Gingerich, O. (a) Applications of high-speed computers to the history of astronomy. Vistas in Astronomy, 9 (in press). (b) A study of Kepler's Rudolphine tables. Organum (in press).Google Scholar
82. Hellman, C. D. Galileo's sources for and use of data concerning the Nova of 1572 and the Comet of 1577 (in press).Google Scholar
83. Hellman, C. D. The role of Measurement in the Downfall of a System: Some Examples from 16th Century Comet and Nova Observations. Vistas in Astronomy, 9 (in press).Google Scholar
84. Hellman, C. D. The Supernova of 1572 and the Comet of 1577 and the Alteration and Transmission of Ideas about Comets. Acts of XIth Intern. Congress of the History of Sciences (in press).Google Scholar
85. de Solla Price, D. J., Aaboe, A. 1964, Qualitative Measurement in Antiquity. L'aventure de la science, Mélanges Alexandre Koyré, 1, Histoire de la Pensée, 12.Google Scholar
86. Woolf, H. 1964, The Beginnings of Astronomical Spectroscopy. L'aventure de la science, A. Koyré, ed. 619.Google Scholar
87. Woolf, H. 1965, Quelques aspects de l'astrophysique au début du XIXéme siécle. Conference au Palais de la Découverte, 6. XL Paris.Google Scholar
88. Woolf, H. 1966, Introduction to History of Physical Astronomy, by Robert Grant. The Sources of Science, no. 38.Google Scholar
89. Michkovitch, V. V. 1966, Sur I'unification du calendrier civil. Glas de l'Académie Serbe des Sciences et des Arts, 263, Classe des Sciences math. et natur., no. 28, 93–197, (in Serbian, résumé français).Google Scholar