The Work of H. G. J. Moseley

  title={The Work of H. G. J. Moseley},
  author={J. L. Heilbron},
  pages={336 - 364}
F IFTY YEARS AGO, on the tenth of August, 1915, a young physicist named Henry Moseley died at Gallipoli, shot through the head by a Turkish bullet. He was twenty-seven, brilliant, energetic, and personable; belligerents on both sides paused to observe his passing, " ein schwerer Verlust fur die Naturwissenschaften," " a matter of great regret," " une mort glorieuse." 1 His contemporaries could only describe him in superlatives. Rutherford esteemed him the best of the " young people " he had… 
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Titangruppe: Elemente der vierten Nebengruppe
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Elemente 67 Moseley to Rutherford, 5 and 11 June (Stuttgart: Mundus-Verlag
  • cit., p. xxii; Darwin,
  • 1950
Discovery of the Elements du neo-ytterbium, du lutecium et du celtium," (4th ed
  • Mack Printing ComComp. Rend.,
  • 1922
Atomic Models equation in the text, none was able to explain and X Ray Spectra," Nature, 1913/1914, 92: the "striking simplicity" of Moseley's results 553-554
  • 1914
Atomic Struc-Ellipsenverein (Atombau und Spektrallinien sture and the Spectrum of Helium
  • 1914
792-799; for by universal constants was an old one, per-Nicholson, see note 18. haps first discussed by J. Larmor, Aether and so Cf
  • Month. Not. Roy. Astr. Soc
  • 1913
The High-Frequency Spectra of the Elements," Phil
  • (SHQP); Moseley to Hevesy,
  • 1913
Atomic Models and Radiation
  • 1911
It was also an early concern of Bohr's whose nature we know nothing) which Moseley (see the " Manchester Memorandum
  • pp. to Rutherford, who suggested changes
  • 1900
Schott's Adams Prize Essay
The High Frequency Spectra of the cussed. Bohr hinted at a similar arrangement Elements and the Structure of the Atom
  • Part I, and it recurs in Sommerfeld's famous