ChipmanR. A.1964. ‘The earliest electro-magnetic instruments’. Paper 38, 21–36, United States National Museum, Bulletin 240: Smithsonian Institution, Washington, DC.
2.
DavidsonA.1974. Handbook of precision engineering, 7 vol. to 1974. Macmillan, London.
3.
De Solla PriceD.1974. ‘Gears from the Greeks: the Antikythera mechanism — a calendar computer from ca 80 BC’. Trans Am Phil Soc, 64(7), 3–70. Also from Science History Publications, New York.
4.
DeutschmanA. D.MichelsW. J.WilsonC. E.1975. Machine design theory and practice. Macmillan, London.
5.
DrakeJ. A.1879. The practical mechanic: comprising a clear exposition of the principles and practice of mechanism, with their application to the industrial arts. J. W. Lukenbach, Philadelphia.
EamesC.EamesR. (1973. A computer perspective. Harvard University Press, Massachusetts.
8.
FergusonE. S.1962. ‘Kinematics of mechanisms from the time of Watt’. Paper 27, 185–230. United States National Museum, Bulletin 228. Smithsonian Institution, Washington, DC.
9.
FergusonE. S.1977. ‘The mind's eye: nonverbal thought in technology’. Science, 197(4306), 827–36.
GearyP. J.1955. Knife edge bearings (Survey of instrument parts — No 2). Sira Institute, Chislehurst, Kent, UK.
12.
MabieH. H.OcvirkF. W.1958. Mechanisms and dynamics of machinery. Wiley, New York.
13.
MartinG. H.1969. Kinematic and dynamics of machines. McGraw-Hill, New York.
14.
MayrO.1970. The origins of feedback control. MIT Press, USA.
15.
MulthaufR. P.1961. ‘The introduction of self-registering meteorological instruments’. Paper 23, 95–116, United States National Museum, Bulletin 228. Smithsonian Institution, Washington, DC.
16.
MurrayF. J.1948. The theory of mathematical machines. Kings Crown, New York.
17.
PearsallR.1974. Collecting and restoring scientific instruments. David and Charles, Newton Abbot.
18.
PughJ.1975. Calculating machines and instruments. Science Museum, London (1st edn − 1926).
19.
RobisonJ.1822. A system of mechanical philosophy, 4 vols. John Murray, London.
20.
RoltR. H.1929. Gauges and fine measurements, 2 vols. Macmillan, London.
21.
ShigleyJ. E.1963. Mechanical engineering design. McGraw-Hill, New York.
22.
StanleyW. F.1890. Surveying and levelling instruments. E & F Spon, London.
23.
StockJ. T.1969. Development of the chemical balance. HMSO, London.
24.
StrongJ.1938. Modern physical laboratory practice. Blackie and Son, Glasgow.
25.
SvobodaA.1948. Computing mechanisms and linkages. McGraw-Hill, New York (MIT Radiation Laboratory Series).
26.
SydenhamP. H.1980. Measuring instruments — tools of knowledge and control. Peter Peregrinus, London.
27.
ThomsonW.TaitP. G.1883. Treatise on natural philosophy. Cambridge University Press, England (many versions were printed).
28.
TurnerG. L'E.1973. Van Marum's scientific instruments in Teyler's Museum. Noordhoff Int Pub, Leyden.
29.
TrylinskiW.1971. Fine mechanisms and precision instruments — principles of design. Pergamon Press, Oxford, translated by A. Voellnagel from Polish original.
30.
WalkerJ.1887. The theory and use of the physical balance. Clarendon Press, Oxford.
31.
WardF. A. B.1973Clocks and watches, 1: Weight driven clocks. HMSO, London.
32.
WhiteheadT. N.1934. Instruments and accurate mechanism — underlying principles. Macmillan, London (also Dover Pubs, New York, 1954).
33.
WolskyS. P.ZdanukE. J.1969. Ultramicroweight determination in controlled environments. Wiley, New York.