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Derek J. Desolla Price 102 SILVIO A. BEDINI .Gears From the Greeks: The Antikythera Mechanism - A Calendhr Computer from ca. 80 B.C., New York: Science History Publications, 1975. Science, Technohgy and Society: A Cross-Disciplinary Perspectiue. Edited by IM Spiegel-Rosing and Derek deSolIa Price, under the aegis of the Interna- tional Council for Science Policy Studies. London and Beverly HilIs: Sage Publications, 1977. 2. LIST OF PUBLICATIONS 1. “Model to Illustrate Transverse Wave Motion”, Journal of the South-West Essex Technical College and School of Art 1 (1941): 55. 2. “An Aspect of the Future of Scientific Research”, ibid., pp. 195-196. 3. “The.Emissivity Characteristics of Hot Metals, with Special Reference to the Infra-red”, British Iron,and Steel Research Association Publication 7 (1943): 523-546, with H. Lowery. 4. “A Geometric Model to Illustrate Lissajou’s Figures”, Journal of the Sou- th-West Essex Technical College and School of Art l (1944): 211-212. 5. “Atomic Energy and International Politics”, Youth News (1945): 2. 6. “Infra-red Emissivity of Metals at High Temperatures”, Nature 157 (1946): 765. 7. “Some Unusual Series Occurring in n-Dimensional Geometry”, Mathematical Gazette 80 (1946): 149-150, Note 1907. 8. “Note on the Calculation of Optical Constants”, Proceedings of the Physical Society LVIII (1946): 704-706. 9. “The Emissivity of Hot Metals in the Infra-red”, Proceedings of the‘ Physi- cal Society LIX (1947): 118-131. 10. “The Temperature Variation of the Emissivity of Metals in the Near In- fra-red”, idid., pp. 131-138. 11. “A Theorv of Reflectivity and Emissivity”, Proceedings- of tho Physical Society LXII (1949): 278-283. 12. Author’s Reply to Proc. Phys. SOC.LIX (1947): 131, in Proc. Phys. Soc.*, LXII (1949): -663. 13. “Ouantitauve Measures of the Development of Science”, Archives Interna- tickales d’Histoire des Sciences 14 (1951): 85-93. Presented at VI” CongrCs International d’Histoire des Sciences, Amsterdam, 1950. , 14. “The Early 0 ory Instruments of Trinity ColIege, Cambridge”, ‘Annals of Science-8 1-12. 15. “The Equatorie of the Planetis”, The Times Litefary Supplement, 29 Fe- bruary 1952, p. 164; conclusion 7 March’1952, p. 180; and Journal of the South-West Essex Technical College and school of Art 3 (1952): 154-169; and Bulletin of the British Society for the History of Science 1 (1953): 223-226. 16. “Chaucer’s Astronorhy”; Nature 170 (1952): 474-475; idJournal of the Royal Instituzion (1953): 12 pp. (Friday Evening Discouhse, 28 November 1952). 17. “The Cavendish Laboratory Archives”, Notes and Records of the Royal Society of London 10 (19.53): 139-147. “t 18. “Museum of the Cavendish Laboratory: An Outline Guide to Exhibits”, (for the Cavendish Laboratory) Cambridge University Press (1953): 6 pp. i DEREK DESOLLA PRICE 103 19. *The Cavendish Laboratory”, Oil (Electrical Issue) 2 (1953): 30-32. 20. “A Collection of Armillary Spheres and Other Antique Scientific Instru- ments”, Annals of Science 10 (1954): 172-187. 21. “In Quest of Chaucer - Astronomer”, Cambridge Review 71 (1954): 123-124. 22. “Descriptions of a Manuscript of Chaucer’s Treatise on the Astrolabe”, ,Dawson and Sons Ltd., Book Catalogue, Repository 7 (1954): 20-21. 23. “How Modern Physics Began”, Atomics in the Service of Mankind, Daily Mail Publication (1955): 11-13. ‘r 24. “The Mathematical Practitioners ”, Joumal of the Institute of Navigation 3 (1955): 12-16. 25. “Medieval Land Surveying and Topographical Maps”, The Geographical Journal 121 (1955): 1-10. 26. “Some Early English Instrument Makers”, Endeavour 14 (1955): 90-94. 27. Letter to the editor. “Tycho Brahe’s Instrument Makers. Notes about Peter Jachinow”, (transmitted by H. von Bertele) Horological Journal, May 1955. 28. “A Medieval Footnote to Ptolemaic Precession”, in Vistas in Astronomy I, ed. A. Beer (London and New York: Pergamon Press, 1955), p. 66. I 29. “Clockwork Before the Clock”, Horological Journal 97 (1955): 810-814 and 98 (1956): 31-35, reprinted London: Antiquarian Horological Society, Mar- ‘i ch 1956, pp. 2-10; and Journal Suisse d’Horologerie et de Bijouterie, Lau- sanne (1956), no p. numbers. 30. “Two Medieval Texts on Astronomical Clocks”, Antiquarian Horology 2 (1956): 156. 31. “Lord Kelvin, Hero of the Atlantic Telegraph”, Times Educational Supple- ment, 16 November 1956, p. 1348. 32. “The Prehistory of the Clock”, Discovery 17 (1956): 153-157. 33. “Chinese Astronomical Clockwork”, Nature 177 (1956): 600-602, with Jo- seph Needham and Wang Ling; reprinted from Actes du VIII‘ Congrhs International &Histoire des Sciences, Vol. I, Paris: Hermann & Cie (1958): 325-328. 34. “Looking for Astrolabes”, Discovery 17 (1956): 257. 35. “C’est Magnifique mais ce n’est pas Daguerre”, Science Review in Cambridge Review 77 (1956): 436-437 (review of Helmut Gernsheim, The History of Photography from the earliest use of the camera obscura in the eleventh century up to 1914, Oxford University Press, 1955). 36:‘ “An International Checklist of Astrolabes ”,’ Archives Internationales d’Hi- stoire des Sciences 32/33 (1956): 40 pp. ’ 37. ‘Ancient Instruments in Peking”, Discovery 17 (1956): 357-358. 38. “Two Mariner’s Astrolabes”, Journal of the Institute of Navigation 9 (1956): 338-344. 39. “The Exponential CurGe of Science”, Discovery 17 (1956): 240-243; and in The Sociology of Science, ed. Bernard Barber and Walter Hirsch (New York: Free Press of Glencoe, 1962), pp. 516-524. 40. “Sir J. J. Thomson, 0. M., F. R. S.”, Nuovo Cimento N. 5, supplement 4, Ser. X (1956): 1609-1629; and as a ‘Centenary -Biography, Discovery 17 (1956): 494-502. 41. “The Science of Science”, Discovery 17 (1956): 159-180. 42. Notes on instruments. Archives Internationales d’Histoire des Sciences 35 (1956): 385-386. .I. .” .... - . .-. - . ,. ,. , . _. , , , ,. 104 SILVIO A. BEDINI 43. “Fake Antique Scientific Instruments ”, Actes du VIII” Congres International d’Histoire des Sciences, Vol. I, Paris: Hermann & Cie (1956): 380-394. 44. “Scientific Apparatus, Unwritten Documents of the History of Science”. Pa- per read at National Academy of Sciences, 24 April 1956, 4 pp. Abstract in Science 125 (1957): 750. 45. “Cartography, Survey, and Navigation to 1400”, in A History of Techno- logy, Vol. 111, ed. E. J. Holmyard, A. R. Hall, T. I. Williams (Oxford: Clarendon Press, 1957), 513-517. 46. “Precision Instruments: to 1500”, ibid., pp. 582-619. 47. “The Manufacture of Scientific Instruments from c. 1500 to c. 1700”, ibid., pp. 620-647. 48. Foreword to Johann Philipp Trefler. Clockmaker of Augsburg, by Silvio A. Bedmi (Columbia, Pa., NAWCC, 1957). Reprinted from Bulletin of the National Association of Watch and Clock Collectors, Inc. (1956-1957). 49. Review of Islamic Astrolabes and Their Works,.- by L. A. Mayer, Isis 48 (1957): 491-492. 50. “Leonard0 da Vinci and the Clock of Giovanni de Dondi”, Antiquarian Horology 2 (1958): 127-128. 51. “The Scientific Resources of America”, Science Perspectives I (1958): 10-11. 52. “The Scientific Humanities: An Urgent Program”, Basic College Quarterly 4, Michigan State University (Winter 1959): 6-14;and The Graduate Journal 2, University of Texas (Fall 1959): 298-306. 53. “ Contra-Copemicus: A Critical Re-estimation of the Mathematical Planetary Theory of Ptolemy, Copernicus, and Kepler”, in Critical Problems in the History of Science, ed. Marshall Clagett (Madison, Wisconsin: University of Wisconsin Press, 1959): 197-218. i 54. “The First Scientific Instrument of the Renaissance”, Physis I (1959): 26-30. 55. “On the Origin of Clockwork, Perpetual Motion Devices and the Compass”, Contributions from the Museum of History and Technology, Smithsonian Institution. Paper 6 in United States National Museum Bulletin 218 (1959): 81-112. 56. “An Ancient Greek Computer”, Scientific American, December 1959, pp. 60-67. 57. “The Yale Microscope”, Yale University Staff News, December 1959, p. 2. 58. “Humphrey Cole’s Solar Astrolabe”, Catalogue of the St. Andrews Univer- sity Astrolabes Exhibition. Royal Scottish Museum, Summer 1959. 59. “The Antikythera Mechanism, an Ancient Greek Computer”, Yearbook. of the American Philosophical- Society, 1959, pp. 618-619. 60. Notes on the History of Science. Arthur D. Little Co. Calendars 1959-1962. Reprinted in part in American Society for Testing Materials Bulletin : “Uraniborg - The First Research Institute”, 246, 1960, p. 16. ”X-Rays in Action”, 247, 1960, p. 47. “The Embryo of the Big Machine”, 248, 1960, p. 9. “Trechsler’s Pea-Shooter Gunsight”, 250, 1960, p. 23. and, in Materials Research and Standards: “An Early Chemistry Laboratory”, 1, 1961, p. 37. “The Bregans Solar Furnace”, 1, 1961, p. 135. “The Liquifaction of Helium”, 1, 1961, p. 225. “Bumel’s Praetorian Table”, 1, 1961, p. 407. DEREK DESOLLA PRICE 105 “Maxwell’s Measurement of the Viscosity of Gases”, 1, 1961, p. 560. “Jost Amman on Commerce”, 1, 1961, p. 639. “Ramsden’s Dividing Engine”, 1, 1961, p. 823. “The First Scientific Instrument of the Renaissance”, 1, 1961, p. 1003. 61. “Newton in a Church Tower: The Discovery of an Unknown Book by Isaac Newton”, Yale University Library Gazette 34 (1960): 124-126. 62. “Of the Causes of Wonderful Things”, The Griffin 9 (1960): 11-16. 63. “The Little Ship of Venice: A Middle English Instrument Tract”, Joumal of the History of Medicine and Allied Sciences 15 (1960): 339-407. 64. “The Acceleration of Science - Crisis in our Technological Civilization”, Product Engineering 32 (1961): 56-59; and, as “The Beginning and End of the Scientific Revolution, 1670-1970”, Lehigh Alumni Bulletin 48 (1961): 6-9. I 65. “The Role of the Research Museum in Science”, comments in Curator, 106 SILVIO A. BEDINI Information Center Hearings, Washington, D. C., April 1964. (Washington: Government Printing Office, 1965): 681-703. 86. “Networks of Scientific Papers”, Science 149 (1965): 510-515 (presented at National Bureau of Standards Symposium of Statistical Methods for Mecha- nized Documentation, March 1964); in The Growth of Knowledge, ed. Manfred Kochen (New York: John Wiley & Sons, 1967): 145-155; in Introduction to Information Science, ed.
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