Abstract
In this section, I have compiled comprehensive information on different modern systems of units.
Notes
- 1.
[WEBE2].
- 2.
See [JERR, p. 8].
- 3.
[SHUL].
- 4.
[KIAN].
- 5.
[BULL2].
- 6.
[GIOR].
- 7.
See also [GIOR2].
- 8.
[KALA].
- 9.
[LUDO2].
- 10.
[MCWE].
- 11.
See [HARR5].
- 12.
BIPM, 1989: Proc.—Verb.Com. Int. Poids et Mesures, 57, 104–5; BIPM, 1990: Proc.—Verb.Com. Int. Poids et Mesures, 58, 95–7; Girard, G. Le nettoyage-lavage des prototypes du kilogramme au BIPM (The washing and cleaning of kilogram protoypes at the BIPM). BIPM, Monographie 90/1, 1990.
- 13.
New Scientist, 22 September 2007.
- 14.
[JENK2].
- 15.
[GAUS].
- 16.
[POPE].
- 17.
[GRAF, p. 389].
- 18.
New Scientist, 22 September 2007.
- 19.
[METR2].
- 20.
New Scientist, 22 September 2007.
- 21.
Wood, B. "Report on the Meeting of the CODATA Task Group on Fundamental Constants". BIPM, 3–4 November 2014, p. 7.
- 22.
New Scientist, 22 September 2007.
- 23.
This system, often used in relativistic calculations, is named for Hendrik Anton Lorentz (1853–1928), a Dutch physicist, and Oliver Heaviside (1850–1925), an English electrical engineer and physicist. Lorentz-Heaviside units differ by factors of √4π in the definition of the electric charge, as well as in the definition of the electric and magnetic fields.
- 24.
Bureau International des Poids et Mesures. The International System of Units (SI). 7th ed. Organisation Intergouvernementale de la Convention du Mètre, 1998.
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Gyllenbok, J. (2018). Systems of Units. In: Encyclopaedia of Historical Metrology, Weights, and Measures. Science Networks. Historical Studies, vol 56. Birkhäuser, Cham. https://doi.org/10.1007/978-3-319-57598-8_2
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