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Articles

From tissue paper screens to radar screens: some episodes in the development of ballistic testing methods

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Pages 49-63 | Received 20 Apr 2021, Accepted 09 Aug 2021, Published online: 17 Sep 2021
 

Abstract

A chronological synopsis of the history of the technology used in experimental and testing work relating to artillery pieces is presented. The period covered is from the mid-seventeenth century up to the Cold War era of the mid-twentieth century. Although the focus is on the development of ballistics measurement in Britain, there are important links to related work in continental Europe. The locus for much of what is described is the Royal Artillery proof and experimental range at Shoeburyness and the key individuals and groups of men and women who worked there. There are longitudinal connections between the very earliest technologies of mechanical chronometry, with paper screens and paper-based calculations, and the later technology where timings, screens and calculations had all become electronic.

Notes

1 N. Baker, ‘Tin Hats, White Skirts and Slide Rules: The Experimental Gunnery Work of ATS Women in World War 2,’ Journal of the Royal Artillery, 149:1 (2020), 57–62.

2 D. R. L.Vaudrey, ‘Shoeburyness,’ Journal of the Royal Artillery, 102:1 (1975), 3–10.

3 J. Sweetman, Shrapnel, Henry (1761–1842), Oxford Dictionary of National Biography (2010), <https://doi.org/10.1093/ref:odnb/25473> [accessed 15 January 2021].

5 M. Edgeworth, Grain Island Firing Point, Yantlet Creek, Isle of Grain, Medway. Archaeological Desk-Based Assessment, Research Report Series No. 39-2013 NGR: TQ 8680 7744, English Heritage (2013).

6 United States Army Test And Evaluation Command, Major International R & D Ranges and Test Facilities. Summary of Capabilities, AD-A265 938. 1990, pp. 101-124. <https://apps.dtic.mil/dtic/tr/fulltext/u2/a265938.pdf> [accessed 19 May 2020].

7 F. Blondel, L'Art de jetter les bombes (Paris: Chez l'autheur et Nicolas Langlois, 1683), <https://archive.org/details/lartdejetterlesb00blon> [accessed 11 August 2020].

8 Galileo Galilei, Two New Sciences (Leiden, 1638), p. 249.

9 D. Tournès, ‘Ballistics during 18th and 19th Centuries: What Kind of Mathematics?,’ Oberwolfach Reports, European Mathematical Society, 10.1, (2013), 684–7.

10 W. Johnson, ‘Benjamin Robins, F.R.S. (1707-1751): New Details of His Life,’ Notes and Records of the Royal Society of London, 46.2 (1992), 235–52.

11 B. Robins, New Principles of Gunnery: Containing the Determination of the Force of Gun-powder, and an Investigation of the Difference in the Resisting Power of the Air to Swift and Slow Motions (London: J. Nourse, 1742).

12 B. D. Steele, ‘Muskets and Pendulums: Benjamin Robins, Leonhard Euler, and the Ballistics Revolution,’ Technology and Culture, 35.2 (1994), 348–82.

13 B. Robins, New Principles of Gunnery: Containing the Determination of the Force of Gun-Powder, and an Investigation of the Difference in the Resisting Power of the Air to Swift and Slow Motions. With Several Other Tracts on the Improvement of Practical Gunnery, Originally published in 1742, with a later edition prefaced by Dr James Wilson 1761. Further edition with notes by Charles Hutton 1805, <https://archive.org/details/newprinciplesgu00wilsgoog> [accessed 22 July 2020].

14 W. Johnson, ‘The Origin of the Ballistic Pendulum: The Claims of Jacques Cassini (1677–1756) and Benjamin Robins (1707–1751),’ International Journal of Mechanical Sciences, 32.4 (1990), 345–74.

15 Samuel Smiles’ biographical works, <https://en.wikipedia.org/wiki/Samuel_Smiles#Biographical_works> (accessed 3 August 2020).

16 L. Euler, Neue Grundsätze der Artillerie (Berlin: Ambrosius Haude, 1745).

17 Hunterian Museum GLAHM:113534, Robins' ballistic pendulum, Robins, Benjamin, London, England. Built 1742. On public display, <http://collections.gla.ac.uk/#/details/ecatalogue/11888> [accessed 21 August 2020].

18 B. Robins, An Account of the Experiments relating to the Resistance of the Air Exhibited at Different Times before the Royal Society in the Year 1746. Appendix III in Robins 1805.

19 R. Descartes, Discours de la méthode pour bien conduire sa raison et chercher la vérité dans les sciences, plus La dioptrique, Les météores et La géométrie qui sont des essais de cette méthode (Leyde: de l'imprimerie de Jan Maire, 1637), <https://gallica.bnf.fr/ark:/12148/btv1b86069594> [accessed 30 July 2020].

20 A. D. Ackroyd, ‘Sir George Cayley: The Invention of the Aeroplane near Scarborough at the Time of Trafalgar,’ Journal of Aeronautical History. Paper No. 2011/6.

21 Rev. F. A. Bashforth, Historical Sketch of the Experimental Determination of the Resistance of the Air to the Motion of Projectiles (Cambridge: Cambridge University Press, 1903), <https://archive.org/details/ahistoricalsket00bashgoog> [accessed 10 August 2020]; It should be noted that the ballistic pendulum is still actively used beyond scientific demonstration/teaching models, small ballistic pendulums are widely on sale in the firearms market, especially in the USA.

22 Capt. A. J. A. Navez, Application de L’electricité à la mesure de la vitesse des projectiles (Paris: Corréard, 1853), <https://archive.org/details/bub_gb_u-jwwwEamRYC> [accessed 10 August 2020].

23 I. Didion, Traité de balistique (Paris: J. Dumaima, Mallet-Bachelier, 1860), <https://archive.org/details/traitdebalistiq00didigoog> [accessed 10 August 2020]. See Section 212 on p. 353 for application of electricity for measuring speed of projectiles.

24 Rev F. A. Bashforth, ‘Description of a Chronograph Adapted for Measuring the Varying Velocity of a Body in Motion through the Air, and for Other Purposes,’ Proceedings of the Royal Artillery Institution, 5 (1866), 161–92.

25 Ibid.

26 Ibid.

27 Ibid.

28 Imperial War Museum photographs: IWM D 12694:ATS women dismantle Velocity Screens at Shoeburyness. IWM TR 684: The ATS signal room at the Royal Artillery Experimental Unit, Shoeburyness, Essex.

29 P. Barry, Shoeburyness & The Guns: A Philosophical Discourse (London: Sampson Low, Son, and Marston, 1865), p. 13.

30 ‘Inchterf War Work,’ Kirkintilloch Herald, 10 September 1919, p. 2.

31 Inchterf MoD P&EE, <http://www.secretscotland.org.uk/index.php/Secrets/Inchterf> [accessed 1 September 2020]; Commander W. Y. McLanachan, ‘Proof and Experimental Establishment Army Department Inchterf. DTIC ADA491371,’ Journal of the Royal Naval Scientific Service, 29.6 (1974), 276–81, <https://archive.org/details/DTIC_ADA491371> [accessed 1 September 2020].

32 W. van Der Kloot, ‘Mirrors and Smoke: A. V. Hill, His Brigands, and the Science of Anti-Aircraft Gunnery in World War I,’ Notes and Records of the Royal Society, 65 (2011), 393–410.

33 Girl Gunners 1949, Film ID: 1371.26 Media URN: 44918, <https://www.britishpathe.com/video/girl-gunners> [accessed 7 September 2020]

34 G. Borkowetz, Rotary Disc Shutter for Cinematographic Recording Camera, Especially Cinetheodolites, Patent DE626854C. Inventor: Dr-Ing Gottfried Borkowetz, assignee: Askania Werke Ag. Priority 1934-05-01. Filed 1934-05-01. Granted 1936-03-04. Published 1936-03-04.

35 D. B. Kerr, The Girls Behind The Guns. With the ATS in World War II (London: Robert Hale, 1990).

36 B. McInnes, ‘The Development of Kinetheodolites for Satellite Tracking,’ Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences, 262, 1124, A Discussion on Orbital Analysis (1967), 32–40.

37 N. F. Evans, ‘British Artillery Fire Control,’ Calibration (2016), <http://nigelef.tripod.com/maindoc.htm> [accessed 15 January 2021]

38 N. F. Evans, ‘British Artillery Fire Control,’ The Computer Age (2015), <http://nigelef.tripod.com/fc_computer.htm> [accessed 15 January 2021].

39 Withner Screen Graphics LLC, <https://www.whithner.com> [accessed 15 January 2021].

40 Analogue, Oxford English Dictionary, <https://www.oed.com/view/Entry/7029?redirectedFrom=analogue#eid> [accessed 15 January 2021].

Additional information

Notes on contributors

N. C. Baker

Dr Nina Baker has had a varied career, having become a merchant navy deck officer on leaving school and later taken an engineering design degree in her 30s, from the University of Warwick. She then gained a PhD in concrete durability from the University of Liverpool. She has lived with her family in Glasgow since 1989, working variously as a materials lecturer in further education and as a research administrator and, until 2017, as an elected city councillor. Now retired, she is an independent researcher, mainly specialising in the history of women in engineering.

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