LIST OF THE PRINCIPAL MEMOIRS, ETC. ON SPECTRUM ANALYSIS. I. LECTURES OR MEMOIRS RELATING TO THE SUBJECT OF SPECTRUM ANALYSIS GENERALLY. BREWSTER, SIR D.: Data towards a History of Spectrum Analysis. Compt. Rend. lxii. 17. DELAUNAY: Notice sur la Constitution de l'Univers. Première Partie: Analyse A most masterly and complete essay on the subject. DIBBITS, H. C.: De Spectraal-Analyse. Academisch Proefschrift. Rotterdam: Tasselmeyer. 1863. A complete treatise on Spectrum Analysis, giving an historical sketch of the discoveries, with chromoliths of the Carbon and other Spectra. GRANDEAU, L.: Instruction pratique sur l'Analyse Spectrale. Paris: Mallet-Bachelier. 1863. I. Description des Appareils.-II. Leur Application aux Recherches chimiques.-III. Leur Application aux Observations physiques.-IV. La Projection des Spectres. Avec 2 planches sur cuivre et 1 planche chomolithographiée. HERSCHEL, ALEX. S.: On the Methods and recent Progress of Spectrum Analysis. Chem. HUGGINS, WILLIAM: Lecture on the Physical and Chemical Constitution of the Fixed Stars and Nebulæ. Royal Institution of Great Britain, May 19, 1865. Chemical News xi. 270. HUGGINS, WILLIAM: On some further Results of Spectrum Analysis as applied to the Heavenly Bodies. Printed in extenso in Report of British Association, 1868, p. 152. On the Results of Spectrum Analysis as applied to the Heavenly Bodies. A Lecture delivered before the British Association at the Nottingham Meeting, August 24, 1866. Published, with photographs of the Stellar Spectra, by William Ladd, Beak Street, London. Chemical News, xiv. 173, 199, 209, 235. On some Recent Spectroscopic Researches. Quarterly Journal of Science, No. xxii. April 1869. JAMIN : Lectures on Spectrum Analysis. Journ. Pharm. Third Series, xlii. 9, 1862. KIRCHHOFF, G.: On the Solar Spectrum and the Spectra of the Chemical Elements. Parts These Memoirs are translations of the original communications to the Academy of Sciences of Berlin. They contain Kirchhoff's theory of the chemical and physical constitution of the Sun, and are accompanied by four plates of the fixed dark lines in the Solar Spectrum from a to G, and the bright lines of the Metals, showing their coincidences. Reduced copies of these plates are given facing Lecture V., and copies of the Tables at the end of this Volume. LOCKYER, J. N. : On Recent Discoveries in Solar Physics made by means of the Spectro- Giving an abstract of Lockyer's own researches on Solar Physics. MILLER, W. A.: Lectures on Spectrum Analysis (1862). Pharmaceutical Journal, Second A Course of Four Lectures on Spectrum Analysis, with its Applications to MOUSSON, A.: Résumé de nos Connaissances actuelles sur le Spectre. Archives des ROSCOE, H. E.: Lectures on Spectrum Analysis. Delivered at the Royal Institution of ROSCOE, H. E.: Lectures on Spectrum Analysis. Ditto (1862). Chemical News, v. 218, 261, 287. SCHELLEN, A.: Die Spectral Analyse in ihre Anwendung auf die Stoffe der Erde und die Natur der Himmelskörper. Braunschweig: Westermann, 1870. A valuable and luminous account of the recent discoveries in Celestial Chemistry and Physics, fully and accurately illustrated by engravings and chromoliths. SECCHI: Résumé of the Results of Spectrum Analysis applied to Astronomy. STEWART, BALFOUR: On the Sun as a Variable Star. Lecture at Royal Institution, April 12, 1867. THALÉN, R.: Spektralanalys exposé och Historik, med en Spektralkarta. Upsala, 1866. TYNDALL, J.: On the Basis of Solar Chemistry. June 7, 1861. Phil. Mag. Fourth II. MEMOIRS RELATING TO THE APPLICATION OF SPECTRUM ANALYSIS TO TERRESTRIAL CHEMISTRY. ALLEN, O. D.: Observations on Cæsium and Rubidium. Siliiman's Journal, November 1862. Phil. Mag. xxv. 189. The new alkalies shown to be contained in lepidolite from Hebron. ALLEN, O. D., & JOHNSON, S. W.: On the Equivalent and Spectrum of Casium, showed that the Equivalent of Caesium is 133. Silliman's Journal, January 1863. Phil. Mag. xxv. 196. ANGSTRÖM, A. J.: Optical Researches. Pogg. Ann. xciv. 141. Phil. Mag. Fourth Series, ix. 327. In this he shows that a twofold spectrum is always seen when we examine the Electric Spark; one set of lines being due to the ignition of the particles of air or gas through which the sparks pass, whilst the second set is caused by the incandescence of the metallic particles themselves. ATTFIELD: On the Carbon Spectrum. Phil. Trans. 1862, p. 221. He obtained results similar to those of Swan, but noticed a larger number of lines, and attributes the lines to the glowing vapour of Carbon. BABINET: Sur la Paragénie. Cosmos, xxv. 393 et seq. BECQUEREL: On the Spectra of Phosphorescent Bodies. La Lumière, vol. i. p. 207. (See Lecture V.) BRASSACK: On the Electric Spectra of the Metals. Zeitschr. f. d. ges. Naturw. ix. 185. BREWSTER, SIR D.: On the Action of various Coloured Bodies on the Spectrum. Phil. Mag. On the Monochromatic Lamp. Edin. Royal Soc. Trans. 1822. On Paragenic Spectra. Phil. Mag. January 1866. BUNSEN: Discoveries of the New Alkaline Metals. Berlin Acad. Ber., 10th May, 1860, p. 221. Chemical News, iii. 132. On Cæsium. Phil. Mag. xxvi. 241. Confirms the atomic weight of Casium to be 133. On the Presence of Lithium in Meteorites. Phil. Mag. Fourth Series, On the Preparation of the Rubidium Compounds. Phil. Mag. Fourth (See Lecture On the Inversion of the Bands in the Didymium Absorption Spectra. BUNSEN & BAHR: On the Erbium Spectrum. Ann. Ch. Pharm. cxxxvii. 1. CHAUTARD: Spectra of Rarefied Gases. Phil. Mag. Nov. 1864. CHRISTOFLE & BEILSTEIN: On the Phosphorus Spectrum. With a Chromolith of the Spectrum. COOKE, J. P.: On the Construction of Spectroscopes. Am. Journ. Sc. and Arts, vol. xl. Nov. 1865. CROOKES, W.: On a Means of increasing the Intensity of Metallic Spectra. Chemical Thallium, Discovery of. Chemical News, iii. 193. On Thallium and its Compounds. Chem. Soc. Journ. xvii. 112. DANIEL: On the Spectra of the Induction Spark. Compt. Rend, lvii. 98. DEBRAY, M. H. : Sur la Projection des Raies brillantes des Flames colorées par les DELAFONTAINE : Note on the Absorption Spectra of Erbium, Didymium, and Terbium. DIACON, M. E. : Recherches sur l'Influence des Éléments électronégatifs sur le Spectre DIBBITS: Pogg. Ann. 1864, cxxii. 497. Observed continuous spectra by combustion of hydrogen in oxygen and chlorine. FEUSSNER: On the Absorption of Light at different Temperatures. FIZEAU: Phil. Mag. On the Spectrum of Burning Sodium. Compt. Rend. liv. 493. FOUCAULT: Institut, 1849, p. 45. Observed the dark double line D in the Spectrum from the Electric Arc. FRANKLAND: On the Combustion of Hydrogen and Carbonic Oxide in Oxygen under great pressure. Proc. Roy. Soc. xvi. p. 419. (See Lecture IV. Appendix D.) CC |