
build Reflecting Telescopes using Platinum” , Journal for the History of Astronomy,
iii (1972) 87-104.
c h e n a k a l (1958). V. L. Chenakal, “ Zerkal’nye teleskopy William-a Herschel-ya
v Rossii” , Istoriko-astronomicheskie issledovaniya, iv (1958) 253-339.
c h e n a k a l (1961). — , “ Elektricheskie mashiny v Rossii XVIII veka” , Istoriya
Fiziko-matematischeskikh Nauk, xliii (1961) 507-111.
v a n ciTTERT (1934). P. H. van Cittert, Descriptive Catalogue of the Collection of Microscopes
in Charge of the Utrecht University Museum with an introductory Historical
Survey of the Resolving power of the Microscope (Groningen, 1934) .
Co h en & c o h e n - d e m e e s t e r (1936). Ernst Cohen & W. A. T. Cohen-De Meester,
“Daniel Gabriel Fahrenheit” , Verhandelingen der Koninklijke Akademie van Wetenschappen
te Amsterdam (Afdeeling Natuurkunde), sec. i, xvi, no. 2 (1936) 1- 37-
co u r t & vo n ROHR (1929). Thomas H. Court & Moritz von Rohr, “A History of
the Development of the Telescope from about 1675 to 1830 based on Documents
in the Court Collection” , Transactions of the Optical Society, xxx (1928-29) 207-:
260.
Cr aw fo r d (1788). A. Crawford, Experiments and Observations on Animal Heat, and the
Inflammation of Combustible Bodies; being An Attempt to Resolve these Phenomena into a
General Law of Nature (London, 1779; 2nd edn, London, 1788).
c r e l l in (1969). J. K. Crellin, Medical Ceramics. A Catalogue of the English and Dutch
Collections in the Museum of the Wellcome Institute of the History of Medicine (London,
1969).
c rom m e l in (1951). C. A. Crommelin, Descriptive Catalogue of the Physical Instruments
of the 18th century (including the Collection ’s Gravesande-Musschenbroek) in the Rijks-
museum voor de Geschiedenis der Natuurwetenschappen at Leyden (Leyden, 1951)'.
C U TH B E R T SO N (1773)- John Cuthbertson, Algemeene Eigenschappen van de Electriciteit,
onderrichting van de Werktuigen en het neemen van Proeven in dezelve (Amsterdam, n.d,,
probably 1773; 2nd edn 1782). [The plates are reprinted in vol. i of the later
edition]. Bound with: Catalogus van Mathematische, Philosophische en Optische Instrumenten,
welken gemaakt en verkogt worden bij John Cuthbertson, in de St. Lucia
Steeg, op den hoek van ’ t Meisjes Weeshuis, Te Amsterdam (Amsterdam, n.d., probably
1773).
cu t h b e r t so n (1787). — , Description of an Improved Air-Pump, and an Account of some
Experiments made with it, by which its Superiority above all other Air-Pumps is Demonstrated
(Amsterdam, 1787).
c y c l o p a e d ia (1819). Abraham Rees, ed., The Cyclopaedia; or, Universal Dictionary
of Arts, Sciences, and Literature, 39 vols (London, 1819); plates, 6 vols (London,
1820).
d a n ie l l (1820). J. F. Daniell, “On a new Hygrometer, which measures the
Force and Weight of acqueous Vapour in the Atmosphere, and the corresponding
Degree of Evaporation” , Quarterly Journal of Science, Literature, and the Arts,
viii (1820) 298-325.
daumas (1953). Maurice Daumas, Les instruments scientifiques aux XVlie et XVIIIe
siècles (Paris, 1953).
Da v y (1816a). Humphry Davy, “On the fire-damp of coal-mines, and on methods
of lighting the mines so as to prevent its explosion” , Philosophical Transactions,
cvi, pt i (1816) 1-22.
Da v y (1816b). — , “On the Wire-gauze Safe-lamp for preventing Explosions from
Fire-damp, and for giving Light in explosive Atmospheres in Coal-mines” ,
Quarterly Journal of Science, Literature, and the Arts, i (1816) 1—5-
v a n d e i j l (1807). Harmanus van Deijl, “ Kort bericht der trapswijze Verbeteringen
aan achromatische Verrekijkers en het Stam-microscoop, door Jan en Harmanus
van Deijl, te Amsterdam” , Natuurkundige Verhandelingen van de Koninglijke
Maatschappij der Wetenschappen te Haarlem, iii (1807) 133-152.
d e lu c (1772). Jean André De Luc, Recherches sur les Modifications de l'Atmosphère.
Contenant; l'Histoire critique du Baromètre et du Thermomètre, un Traité sur la Construction
de ces Instruments,.. .2 vols (Geneva, 1772).
d e lu c (1786). — , Idées sur la Météorologie, 2 vols (London, 1786; Paris, 1787).
d e lu c (1791). —-, “A Second Paper on Hygrometry” , Philosophical Transactions,
Ixxxi, pt 2 (1791) 389-421.
d e s a g u l i e r s (1715). J. T. Desaguliers, Fires Improv’d: Being a New Method Of Building
Chimneys, So as to prevent their Smoaking: In which A Small Fire, shall warm a Room
better than a much Larger made the Common Way... Written in French, by Monsieur
Gauger: Made English and Improved, By J. T. Desaguliers, M. A. F. R. S__(London,
1715).
d e sa g u l ie r s ( 17 17 ) . E 4 Physico-Mechanical Lectures. Or, an Account of what is Explain'd
and Demonstrated in the Course of Mechanical and Experimental Philosophy given by
J. T. Desaguliers, M. A. F. R. S. Wherin the Principles of Mechanics, Hydrostatics
and Optics, are demonstrated and explain'd by a great Number of Experiments. Design’d
for the Use of all such as have seen, or may see Courses of Experimental Philosophy
(London, 1717).
d e sa g u l ie r s ( 1729). —, “ Some Observations on the Crane, with improvements on
that Machine” ,Philosophical Transactions,xxxvi, no.411 (Oct.-Dec. 1729) 194—204.
d e sa g u l ie r s (1734). — , A Course of Experimental Philosophy, i (London, 1734).
d e sa g u l ie r s (1744). —1, Ibid., ii (London, 1744).
d e saussure (1779). Horace Benedict De Saussure, Voyages dans les Alpes, précédés
d’un Essai sur l’Histoire naturelle des Environs de Genève, 4 vols (Neuchâtel, 1779).
d e saussure (1783). — , Essais sur l’hygrométrie (Neuchâtel, 1783).
d ib n e r (1957). Bern Dibner, Early Electrical Machines. The experiments and apparatus
of two enquiring centuries :[1700 to 1800) that led to the triumphs of the electrical age
(Norwalk, Conn., 1957).
d isn e y (1928). Alfred N. Disney, ed., in collaboration with Cyril F. Hill & Wilfred
E. Watson Baker, Origin and Development of the Microscope, As illustrated by Catalogues
of the Instruments and Accessories, in the Collections of the Royal Microscopical
Society, together with Bibliographies of Original Authorities, Preceded by An Historical
Survey on the Early Progress of Optical Science by the Editor (London, 1928).
d o l lo n d (1753). John Dollond, “A Description of a Contrivance for measuring
small Angles” , Philosophical Transactions, xlviii, pt. 1 (1753) 178-181.
d o l lo n d H i 75B É — , “An Explanation of an Instrument for measuring Small
Angles” , Philosophical Transactions, xlviii, pt 2 (1754) 551—564.
DOLLONDlgi 758). — , “An Account of some Experiments concerning the different
Refrangibility of Light” , Philosophical Transactions, 1, pt 2 (1758) 73 3 -74 3 .
d o l lo n d , p. (1765). Peter Dollond, “An Account of an Improvement made by Mr.
Peter Dollond in his New Telescope” , Philosophical Transactions, lv, pt 1 (1765)
54V)6-
d o l lo n d , p . (1772). — , “ Description of some Additions and Alterations made to
Hadley’s Quadrant, to render it more serviceable at Sea” , Philosophical Transactions,
lxii (1772) 95-98.
d o l lo n d , p . (1779). — , “An Account of an Apparatus applied to the Equatorial
Instrument for correcting the Errors arising from the Refraction in Altitude” ,
Philosophical Transactions, lxix, pt 2 (1779) 332-336.
doorman (1942). G. Doorman, Patents for inventions in the Netherlands during the 16th,
17th and 18th centuries: with notes on the historical development of techniques, abridged
English version, translated by John Meijer (The Hague, 1942).
dorsman & crom m e l in (1957). G. Dorsman & C. A. Crommelin, The Invention of
the Leyden Jar (Leyden, 1957).
d r e y e r (1912). J. E. L. Dreyer, ed., Scientific Papers of W. Herschel, 2 vols (London,
!9I2).