Annotated list of references on Iceland spar and polarized light

Preliminary notice. Proc. Royal Soc. 67, 467-474. On the separation <strong>of</strong> the least
volatile gases <strong>of</strong> atmospheric air, and their spectra. 68, 389-398.
• Lloyd H. (1833) On the phenomena presented by light in its passage along the
axes <strong>of</strong> biaxial crystals. Trans. Royal Irish Acad. 17, 145-158, also Phil. Mag. 2,
112-120, 207-210. Conical refraction.
• Lloyd H. (1834) Report on the progress and present state <strong>of</strong> physical optics.
British Assoc. Report 4, 295-413.
• Lloyd H. (1857) Elementary Treatise on the Wave-Theory <strong>of</strong> Light, 2 nd ed.
Longman, London, 208 p.
• Lockyer N. (1904) Further researches on the temperature classification <strong>of</strong> stars.
Proc. Royal Soc. 73, 227-238. Continued in 76, 145-151, 1905.
• Lommel E. (1878) Theorie der Doppelbrechung. Ann. Phys. 4, 55-67. More in 15,
378-390, 1882. Lommel also wrote theoretical papers on optical activity.
• Lommel E. (1881) Ein Polarisationsapparat aus Magnesium-Platincyanür. Ann.
Phys. 13, 347-353. One <strong>of</strong> many attempts at replacing Nicol prisms.
• Lommel E. (1884) Die Fluorescenz des Kalkspathes. Ann. Phys. 21, 422-427.
• Lommel E. v. (1898) Ueber aus Kalkspath und Glas zusammengesetzte
Nicol´sche Prismen. Sitzungsber. Bayer. Akad. München 28, 111-116.
• Lorentz H.A. (1877, 1878) Ueber die Theorie der Reflexion und Refraction des
Lichtes. Schlömilch’s Zeitschr. Mathem. Phys. 22, 1-30, 205-220 and 23, 197-
210.
• Lorentz H.A. (1897) Ueber den Einfluss magnetischer Kräfte auf die Emission
des Lichtes. Ann. Phys. 63, 278-284. Theory <strong>of</strong> the Zeeman effect.
• Lorentz H.A. (1915) The Theory <strong>of</strong> Electrons, 2 nd ed. B.G. Teubner, Leipzig, 343
p. Few changes from the first edition in 1909.
• Lorenz L.V. (1860) Bestimmung der Schwingungsrichtung des Lichtaethers
durch die Polarisation des gebeugten Lichtes. Ann. Phys. 187, 315-328, 460-473.
• Louyet P. (1849) Recherches sur l’équivalent du fluor. Ann. Chim. 25, 291-310.
• Lowry T.M. (1899) Studies <strong>of</strong> the terpenes and allied compounds IV.
Nitrocamphor as an example <strong>of</strong> dynamic isomerism. J. Chem. Soc. Trans. 75,
211-244.
• Lowry T.M. (1908) Measurement <strong>of</strong> rotatory dispersive power in the visible and
ultra-violet regions <strong>of</strong> the spectrum. Proc. Royal Soc. A81, 472-474. Uses a
composite quartz-calcite lens, see also G. Bruhat and M. Pauthenier, C.R. 182,
888-890,1926. More on optical activity <strong>of</strong> quartz by T.M.L. and W.R.C. Coode-
Adams, Phil. Trans. A126, 1927.
• Lowry T.M. (1913a) Applications <strong>of</strong> polarised light. Nature 91, 542-546.
• Lowry T.M. (1913b) The rotatory dispersive power <strong>of</strong> organic compounds. Part
III. The measurement <strong>of</strong> magnetic rotatory dispersion. J. Chem. Soc. Trans. 103,
1322-1331.
• Lowry T.M. (1935) Optical Rotatory Power. Longmans, Green & Co., London,
483 p.
• Lowry T.M. and H.S. French (1924) Studies <strong>of</strong> valency. Part IV. Absorption
spectra <strong>of</strong> camphor, benzylidenecamphor, and camphorquinone. Optical evidence
<strong>of</strong> two types <strong>of</strong> conjugation. J. Chem. Soc. Trans. 125, 1921-1927.
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