Abstract
After Priestley’s departure for America and Cavendish’s abandonment of chemistry there was no prominent figure in the science in Great Britain, and it was said there were only ten chemists in the country.1 Before the emergence of Davy and Dalton, however, there were several British and Irish chemists whose researches and publications are most decidedly worthy of mention.
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O. T. Williams, Liverpool Medical and Chirurgical Journal, 1912, xxxii, 245–4; F. W. Lowndes, ib., 1916, xxxvi, 127–.
Anon., Amer.J. Sci., 1830, xvii, 159; Anon., Brit. Quart. Rev., 1846, iv, 81; Sir J. Barrow, Sketches of the Royal Society and the Royal Society Club, 1849, 54; Brande, 1848, I, cii; S. Brown, Essays, 1858, i, 42; F. L. Gilbert, Notes and Records of the Royal Society, 1952, ix, 311; 1955, xi, 256; id., in Platinum Metal Exhibition, The Institution of Metallurgists, London, 1953 [anon, art., pp. 3–6]; Gordon, Nature, 1934, cxxxiv, 86; Hadfield, Faraday and his Metallurgical Researches, 1931, 43, plate x (fine portr.); W. Henry, Elements of Experimental Chemistry, 11 ed., 1829, i, p. ix; Thomson, (1), ii, 247; Proc. Phil. Soc. Glasgow, 1850, iii, 135; Thorpe, Essays, 1902, 557; W. Walker, Memoirs of the Distinguished Men of Science, etc., 1862, 216; Wayling, Science Progress, 1927, xxii, 81 (portr.); id., Nature, 1928, cxxii, 970; G. Wilson, Religio-Chemici, London and Cambridge, 1862, 253.
Phil. Trans., 1802, xcii, 49: Analysis of a Mineral Substance from North America, containing a metal unknown; Murray, Elements of Chemistry, 6 ed., Edinburgh, 1828, ii, 278, thought the mineral really came from Sweden.
Moore, DNB, 1893, xxxvi, 122; Garrod, Guy’s Hospital Reports, 1925, 373 (portr.); W. Babington and W. Allen, A Syllabus of a Course of Chemical Lectures read at Guy’s Hospital, London, 1802; Babington, Allen, and Marcet, same title, 1816; The Life of William Allen with Selections from his Correspondence, 3 vols. London, 1846, i, 59, 67, 73, 85.
Wolkow and Baumann, Z. physiol. Chem., 1891, xv, 228-85; Garrod, The Inborn Errors of Metabolism, 2 ed., 1923, 43; Neubauer, Vogel, and Huppert, Analyse des Hams, 10 ed., Wiesbaden, 1898, 243, 789; n ed., 1913, ii, 850; Hoppe-Seyler and Thierfelder, Handbuch der physiologisch-pathologisch-chemischen Analyse, 6 ed., 1893, 365; 9 ed., 1924, 303; Beilstein, Handbuch der organischen Chemie, 1927, x, 407; ib. I Ergw., 1932, x, 197.
An Essay on Combustion, with a view to a New Art of Dying [sic] and Painting. Wherein the Phlogistic and Antiphlogistic Hypotheses are Proved Erroneous, 8°, London, Printed for the Author, by J. Cooper, Bow Street, Covent Garden, 1794 (pref. dated 5 November), pp. xiii (v. blank), contents (v. blank), 182; German tr. by A. G. W. Lentin, Versuche uber die Wieder-herstellung der Metalle durch Wasser staff gas, Phosphor, Schwefel, Schwefelleber, geschwefeltes Wasserstoffgas, gephosphortes Wasserstoffgas, Kohle, Licht und Sauren, 120, Gottingen, 1798 (Sotheran Cat. 800 (1926) No. 10848). The book was reviewed by Ritter, in Schere’s Journal der Chemie, 1798, i, 443; Coindet, Ann. Chim., 1798, xxvi, 58-85 (theory on p. 63); and De la Metherie, J. de Phys., 1798, xlvi, 392; it is mentioned by Thomson, (2), 1817, ii, 253.
J. Phys. Chem., 1903, vii, 557; id., Chemical Statics and Dynamics, 1904, 303, corrected in id., Treatise, 1940, v, 812; Mrs. Fulhame says nothing about the combustion of carbon monoxide.
W. J. Rees, The Smithsonian Institution. Documents relative to its Origin and History, 1835-99, in Smithsonian Misc. Coll., Washington, 1901, xlii, xliii; J. B. Goode, The Smithsonian Institution, Washington, 1897; Langley, Biographical Sketch of James Smithson, Washington, 1914; The First Hundred Years of the Smithsonian Institution, Washington, 1946; Smithson’s copy of Rey’s Essay (see p. 397) is in the Institution Library; Rhees, James Smithson, Scientific Writings, Washington, 1880; James Smithson and his Bequest, Washington, 1880; W. P. True, The Smithsonian, New York, 1950; Nature, 1951, clxviii, 888.
Arago, Eloge (1832), AdS, 1835, XIII, lvij-c; Pettigrew, Medical Portrait Gallery, 1844, iv; Barrow, Sketches of the Royal Society and the Royal Society Club, 1849, 162; Bence Jones, The Royal Institution, 1871, 223; Tyndall, New Fragments, 1892, 248-306; F. Oldham, Thomas Young, Physician and Philosopher, 1933; A. Wood (and F. Oldham), Thomas Young, Cambridge, 1954.
Daubeny, Atomic Theory, 2 ed., 1850, 471; id., Edin. N. Phil. J., 1852, liii, 98; Hartog, DNB, 1896, xlvi, 426; analysis of pubis, in Edin. Med. J., 1851, lxxvi, 126–83.
Anon., Ann. Phil., 1815, vi, 321, 472; 1816, vii, 111; Thomson, ib., 1816, vii, 343, announced that the author was Prout, who later, Med. Chirurg. Trans., 1817, viii, 534, admitted this.
B.A. Rep., 1832 (1833), 566–71: Abstract of Observations on Atmospheric Air; the lecture was illustrated by charts of the results.
Phil. Trans., 1824, cxiv, 45 (read 11 December 1823): On the nature of the acid and saline matters usually existing in the stomachs of animals; Isis, 1925, vii, 239.
William Allen. Life with selections from his Correspondence, 1846; J. Sherman, Memoir of William Allen, 1851; Daniel Hanbury (London; 11 September 1825-24 March 1875), Science Papers, chiefly Pharmacological and Botanical, London, 1876.
Ann. Phil., 1818, xii, 441; Berzelius in letters of 1846-7 gave Thomson credit for this work (Briefwechsel zwischen J. Berzelius und F. Wohler, ed. O .Wallach, Leipzig, 1901, ii, 637, 664).
Phil. Trans., 1808, xcviii, I, 63 (read 14 January); Phil. Mag., 1808, xxxi, 102, 244; 1808 xxxii, 39 (in full); ACR, ii.
T. Thomson, A System of Chemistry, 4 vols., Edinburgh, 1802; 4 vols., 1804; 5 vols., 1807 (interesting as containing the first account of Dalton’s atomic theory); 5 vols., 1810; London 4 vols., 1817; 4 vols., 1820; A System of Chemistry of Inorganic Bodies. Seventh Edition, Lon don, 2 vols., 1831. French tr. [of the fifth ed.] by J[ea]n [Rene Denis] Riffault [des Hetres] Systeme de Chimie … Precede D’une Introduction de M. C. L. Berthollet, 9 vols., Paris, i8o (interesting for Berthollet’s comments); another French ed., 4 vols., 1818 and supplement 1822, which I have not seen, contained original communications on light by A. Fresnel German tr., System der Chemie in vier Banden. Nach der zweiten Ausgabe [1804] aus den englischen übersetzt von Friederich Wolff, Berlin, 4 vols., 1805, and a fifth volume in two parts Zusatze und Erweiterung der Wissenschaft seit 1805, Berlin, 1811 (Bolton, (1), 87 i who list’ two American eds.: A New System of Chemistry, including Mineralogy and Vegetable, Anima and Dyeing Substances, comprehending the latest Discoveries and Improvements of the Science Philadelphia, 1803 (40, 364 pp.); and with notes by Thomas Cooper, from the fifth Londor Edition, Philadelphia, 4 vols., 1818).
Anon., Glasgow Med. J., 1857, v, 140: letter (in English) of 1 November 1826, saying he had read Wenzel’s book and ‘could not find in it any hint belonging to the theory of atoms … in some examples of mutual decomposition he gives at the end of his work, he calculates the required proportions and finds always that one of the bodies is in excess or in less’.
Turner, Phil. Trans., 1829, cxix, 291; John Prideaux, Phil. Mag., 1830, vii, 276; 1830, viii, 161 (defending Thomson); Turner, Phil. Mag., 1832, i, 109; Phil. Trans., 1833, cxxiii, 523; Thomson, Records of général Science, 1836, iii, 179 (188); R. Phillips, Phil. Trans., 1839, cxxix, 35; Mallet, J. Chem. Soc, 1893, lxiii, 1 (19 f.) for Thomson’s method.
Ann. Phil., 1820, xv, 161, 241; for method, see Thomson, Mem. Wernerian Nat. Hist. Soc, 1811, i, 504.
Traill, Trans. Roy. Soc. Edin., 1849, xvi, 419 (read 1847); Life of Sir Robert Christison by his Sons, 1885, i, 54; Life of William Allen with Selections from his Correspondence, 1846, i, 355; Dobbin, in Edinburgh’s Place in Scientific Progress (British Assoc), Edinburgh, 1921, 50; Kendall, in Kent, An Eighteenth Century Lectureship in Chemistry, Glasgow, 1950, 157 (portr.); 4 vols, of MS. of Hope’s lectures are in Chemical Society Library, London, and some in Edinburgh University Library.
J. Muir, John Anderson. An Address to the Andersonian Chemical Society, Glasgow, October 1930.
E. F. Smith, Archeion, 1927, viii, 330-5 (poor portr.); Isis, 1928, xi, 473; picture of Hare’s lecture room and laboratory in Amer. J. Sci., 1831, xix, 26; Poggendorff, (1), i, 1018.
Newman, Quart. J. Sci., 1816, i, 65; H. J. Brooke, Ann. Phil., 1816, vii, 367; Newman, Description of a New Blow-Pipe, with Cautions and Instructions for its Use, when containing a mixed Atmosphere of Explosive Gases, 1817 (8 pp. and frontispiece); other suggested oxy-hydrogen blowpipes, G. Gray, Ann. Phil., 1817, ix, 479; J. T. Beale, ib., 481; Spilsbury, ib., 483; see Berzelius, Lehrbuch der Chemie, 1831, IV, ii, 863; Berzelius-Wohler, Briefwechsel, 1901, i, 353; ii, 222.
Clarke, Quart. J. Sci., 1816, ii, 104; Ann. Phil, 1816, viii, 313, 357; 1817, ix, 7, 89, 162, 194, 326 (capillary tubes in safety jet); 1817, x, 76, 133, 373; Ann. Phys., 1819, lxxii, 339-98 (with notes by Gilbert); The Gas Blow-Pipe, or Art of Fusion by Burning the Gaseous Constituents of Water, 1819 (109 pp. and plate of the apparatus); he mentions that Thomson called it the ‘oxy-hydrogen blow-pipe’. On Clarke, see [W. Otter], The Life and Remains of the Rev. Edward Daniel Clarke, Ll.D., Professor of Mineralogy in the University of Cambridge, 40, 1824; 2 vols. 8°, 1825 (portr., list of publications). Clarke published A Syllabus of Lectures on Mineralogy, Cambridge, 1807, London, 1818.
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© 1962 J. R. Partington
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Partington, J.R. (1962). Chemistry in Great Britain and Ireland. In: A History of Chemistry. Palgrave, London. https://doi.org/10.1007/978-1-349-00309-9_15
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