
a d a m s (1794)- — , Lectures on Natural and Experimental Philosophy, considered in it’s
present state of Improvement. Describing, in a familiar and easy Manner, the Principal
Phenomena of Nature; and shewing, that they all co-operate in displaying the Goodness,
Wisdom, and Power of God, 5 vols (London, 1794) ■
a d a m s (1810). George Adams [Snr], A Treatise describing the Construction, and explaining
the Use, of New Celestial and Terrestrial Globes,... Now published by Dudley Adams
(30th [«'c] edn, London, 1810).
A E P IN U S (1764). Franz Ulrich Theodosius Aepinus, Recueil des différents Mémoires
sur la Tourmaline (St. Petersburg, 1762).
A L B E R T I (1957). Hans Joachim von Alberti, Mass und Gewicht. Geschichtliche und
tabellarische Darstellungen von den Anfängen bis zur Gegenwart (Berlin, 1957).
a n o n . (1729). Anon., Calculations and Tables Relating fo the Attractive Virtue of Loadstones.
Serving To the Finding Out the Comparative Degrees of Goodness between several
of Them. Also to know how much any Loadstone, being of any proposed Weight, would
sustain. And also to Know the Value in Money of any Loadstone (n.p., probably
London, 1729).
a s h m o l e a n (1836). [P. B. Duncan], Catalogue of the Ashmolean Museum (Oxlord,
1836).
A T W E L L ( 1732). Joseph Atwell, “ Conjectures upon the Nature of Intermitting and
Reciprocating Springs55, Philosophical Transactions, xxxvii, no. 4^4 (Aug. 1732)
301-316.
A t w o o d (1784). George Atwood, A Treatise on the Rectilinear Motion and Rotation of
Bodies; with a Description of Original Experiments relative to the Subjects (Cambridge,
b a i l l i e ^ (1951). G. H. Baillie, Watchmakers and Clockmakers of the World (3rd edn,
London, 1951). ’
B A IR D & T A T L O C K (1924). Baird & Tatlock (London) Ltd., Standard Catalogue Vol.
IV of General Physics and T-.chnology, including Introductory Physics & Practical
Mathematics, Mechanics & Properties of Matter. Heat. Light. Sound. Magnetism & Electricity.
Technology & Physical Geography. Manufactured and sold by Baird & Tatlock
(London) Ltd. (London, 1924). . .
B E C KM A N N (1846). John Beckmann, A History of Inventions, Discoveries, and Origins,
transi. William Johnston (4th edn revised and enlarged by William Francis and
J. W. Griffith, London, 1846). . . . .
B E D iN i (1971). Silvio A. Bedini, “The Tube of Long Vision” , Physis, Rivista mter-
nazionale di storia della scienza, xiii (1971) 147-204.
B E L iD O R (1737)* Bernard Forest de Belidor, Architecture Hydraulique, ou I Art de con-
duire, d’élever et de ménager les Eaux pour les différens besoins de la Vie, 2 vols (Paris,
b e n n e t Y i787a)? Abraham Bennet, “ Description of a new Electrometer” , Philosophical
Transactions, lxxvii, pt 1 (1787) 26-31.
B E N N E T (1787b). — , “An Account of a Doubler of Electricity, or a Machine by
which the least conceivable Quantity of positive or negative Electricity may be
continually doubled, till it becomes perceptible by common Electrometers, or
visible in Sparks” , Philosophical Transactions, lxxvii, pt 2 (1787) 288-296.
B O E G E H O L D (1928). H. Boegehold, “Der Glas-Wasser Versuch von Newton und
Dollond” , Forschungen zur Geschichte der Optik (Beilagehefte zur Zeitschrift für
Instrumentenkunde) i, pt i (Dec. 1928) 7~4°-
B O E G E H O L D (1929). — , “ Ein Dollondsches Lehrprisma” , Forschungen zur Geschichte
der Optik, i, pt 2 (Feb. 1929) 86-89.
B O E G E H O L D (1943). — , “ Zur Vor- und Frühgeschichte der achromatischen fernrohrobjective”
, Forschungen zur Geschichte der Optik, iii ( i943) 81-114. ^
b o m (1885). G. D. Bom, Bijdragen tot eene Geschiedenis van het Geslacht “ Van Keulen’ ’
als Boekhandelaars, Uitgevers, Kaart- en Instrumentmakers in Nederland; eene Biblio-
Cartographische Studie (Amsterdam, 1885. Photo-reprint Amsterdam, 1962).
bo ro u g h (1581) . W[illiam] B[orough], A Discours of the Variation of the Cumpas, or
Magneticall Needle. Wherein is Mathematically shewed, the manner of the obseruation,
effectes, and application thereof, made by W. B. (London, 1581).
B O S S C H A g h 905). J. Bosscha, ed., La correspondance de A. Volta et M. van Marum
(Leyden, 1905).
b o y l e (1675). Robert Boyle, “A New Essay-instrument invented and described by
the Honourable Robert Boyle together with the uses therof etc.” , Philosophical
Transactions, x, no. 115 (1675) 329-348.
boys (1824) . [Thomas Boys], An Explanatory Dictionary of the Apparatus and Instruments
employed in the Various Operations of Philosophical and Experimental Chemistry__
By a Practical Chemist (London: printed for Thomas Boys, 1824).
b r a d b u r y (1968). S. Bradbury, “ The Development of the Reflecting Microscope” ,
Microscopy: the Journal of the Quekett Microscopical Club, xxxi (1968) 1-19.
b r ew in g to n (1963® M. V. Brewington, The Peabody Museum Collection of Navigating
Instruments with notes on their Makers (Salem, Mass., 1963).
BRMPKB1782). Abraham Brook, “Account of a new Electrometer” , Philosophical
Transactions, lxxii, pt 2 (1782) 384—388.
b rum b au gh (1966). Robert S. Brumbaugh, Ancient Greek Gadgets and Machines
(New York, 1966).
b r y d e n (1971g David J. Bryden, “An Additional Factor in the History of the
Centigrade Thermometer” , British Journal for the History of Science, v (1971)
393-396.
ca n to n (1754). John Canton, “ Some New Electrical Experiments” , Philosophical
Transactions, xlviii, pt 2 (1754) 780—784.
c a n to n (1768). — , “An easy Method of making a Phosphorus, that will imbibe
and emit Light, like the Bolognian Stone; with Experiments and Observations” ,
Philosophical Transactions, lviii (1768) 337-344.
c a r b u r i (i 777). Marin Carburi, Monument élevé à la gloire de Pierre-le-Grand ou Relation
des traveaux et des moyens méchaniques pour transporter à Pétersbourg un rocher de
trois millions pesant, destiné à servir de base à la statue équestre de cet empereur; avec un
examen physique et chymique du même rocher (Paris, 1777).
c a r d w e l l (1971). Donald S. L. Cardwell, From Watt to Clausius. The rise of thermodynamics
in the early industrial age (London, 1971).
CARVALHo|j|i 951 ). Joaquim de Carvalho, “ Correspondência cientifica dirigida a
Joâo Jacinto de Magelhâes” , Revista da Faculdade de Ciências (Universidade de
Coimbra), xx (1951) 93-283.
c a v a l lo (1788a). Tiberius Cavallo, “ Of the Methods of manifesting the Presence,
and ascertaining the Quality, of small Quantities of Natural or Artificial
Electricity” , Philosophical Transactions, lxxviii, pt 1 (1788) 1-22.
c a v a l lo i"|| 1788b). — -, “ Description of a new Electrical Instrument capable of
collecting together a diffused or little condensed Quantity of Electricity” ,
Philosophical Transactions, lxxviii, pt 2 (1788) 255—260.
c a v a l lo Hji 795) • — , A Complete Treatise of Electricity in Theory and Practice; with
Original Experiments (London, 1777; 3rd edn in 2 vols, 1786; vol. iii, 1795).
c a v en d ish (1776). Henry Cavendish, “An Account of the Meteorological Instruments
used at the Royal Society’s House” , Philosophical Transactions, lxvi, pt 2
'(i776) 375- 401.
c h a l d e c o t t (1951). J. A. Chaldecott, Handbook of the King George III Collection of
Scientific Instruments. Catalogue of Exhibits with Descriptive Notes (London, 1951).
c h a l d e c o t t (1969). — , “ Cromwell Mortimer. F. R. S. (c. 1698-1752) and the
Invention of the Metalline Thermometer for measuring High Temperatures” ,
Notes & Records of the Royal Society of London, xxiv (1969) 113—135.
Ch a p in (1972). Seymour L. Chapin, “ ‘In a Mirror Brightly5: French attempts to