3030 Refraction and Dispersion 



REFRACTION AND DISPERSION. 



Gramont, A. de. Par. S. Ps. Se. (1900) 68*-. 

 of flint glass. Willigen, V. S. M. van der. 

 [1867] Harl. Arch. Ms. Teyl. 1 (1868) 64-. 



and vegetable essences. Willigen, 

 V. S. M. van der. [1867] Harl. Arch. 

 Ms. Teyl. 1 (1868) 201-. 



Fraunhofer's apparatus. Filchtbauer, G. D. 



Nf. Vh. (1893) (Th. 2, Hdlfte 1) 19-. 

 of gases. Perreau, F. A. C. 7 (1896) 289-. 



glasses, quartz and Iceland spar. Willigen, 

 V. S. M. van der. [1869-70] Harl. Arch. 

 Ms. Teyl. 2 (1869) 153- ; (xi) 3 (1874) 



liquid oxygen. Liveing, G. D., <& Dewar, J. 

 Ph. Mg. 40 (1895) 268-. 



different media, constants. Seidel, L., & 

 Steinheil, . Munch. Ab. 5 (1847) 253-. 



new formula. Baudrimont, A. Bordeaux Mm. 



S. Sc. 2 (1861-63) 243-. 

 at plane surfaces and in prisms. Reusch, F. E. 



Pogg. A. 117 (1862) 241-. 

 prism method. Hartmann, J. G. F. As. Nr. 



7 (1829) 265-. 

 of sodium chlorate crystallised. Dussaud, F. 



C. B. 113 (1891) 291- ; Arch. Sc. Ps. Nt. 



27 (1892) 380-, 521-. 



some substances. Sauber, W. Pogg. A. 

 117 (1862) 577-. 



. Veress, V. (xn) Orv.-Term. Ets. 



4 (1879) (Term. Szak) 121-. 



Refractive and dispersive powers of gases and 



vapours. Ketteler, E. Bonn SB. Niedr. 



Gs. (1868) 93-. 

 ---- , high, of fluid. Rohrbach, C. A. 



Ps. C. 20 (1883) 169-. 

 ---- of various kinds of glass. Fraun- 



hofer, J. Munch. D. (1814-15) 193-. 

 ----- liquids and solids, apparatus for 



measuring. Abbe,E. Jena. Z. 8 (1874) 96-. 



vapours. Arago, 



D.F. J.,< Petit, . [1815] A. C. 1 (1816) 



, prismatic reflection method. 

 Wollaston, W. H. Phil. Trans. (1802) 365-. 



REFRACTIVE INDICES. 



and achromatism. Souza Pinto, R. R. de. 



Coimbra I. 4 (1856) 167-, 179-, 203. 

 of carbon disulphide. Willigen, V. S. M. van 



der. [1870] (xi) Haarl. Ms. Teyl. Arch. 



3 (1874) 55-. 

 cl 



clouded media. Hascfiek, A. Wien Ak. 



Sb. 97 (1889) (Ab. 2a) 958- ; Mh. C. (1888) 



900-. 

 comparison with theory. Powell, B. [1859] 



R. S. P. 10 (1859-60) 199-. 

 for definite rays in various media. Powell, B. 



[1836-39] Ashmol. S. T. 1 (1838) No. 8, 



24 pp. ; 2 (1838) No. 3, 20 pp., No. 4, 8 pp.; 



B. A. Rp. (1839) 1-. 

 and dispersion of air. Kayser, H., & Runge, C. 



Berl. Ak. Ab. (1893) (Anh.) No. 1, 32 pp. 



Refractive Indices 3030 



and dispersion of air, determination. Hassel- 

 berg, B. Stockh. Ofv. (1892) 441-. 



bromine. Riviere, C. C. R. 131 

 (1900) 671-. 



gases and vapours. Croullebois, M. 



A. C. 20 (1870) 136-. 



ice. Bravais, A. A. C. 21 (1847) 361-. 



liquids, apparatus for determining. 



Abbe, (Dr.) E. Halle Z. Nw. 6 (1872) 



182-. 

 opaque bodies. Wernicke, W. [1869] 



A. Ps. C. 139 (1870) 132-. 

 sulphuric acid (dilute). Willigen, V. 



S. M. van der. Harl. Arch. Ms. Teyl. 1 



(1868) 74-. 

 of fluor spar to extreme ultraviolet. Sarasin, E. 



C. R. 97 (1883) 850-. 



Fraunhofer's lines in series of glasses. 

 Dutirou, . A. C. 28 (1850) 176- ; C. R. 

 29 (1849) 632-. 



for G and H (Powell's measures). Brewster, 



(Sir) D. B. A. Rp. (1840) (pt. 2) 5. 

 of glass. Willigen, V. S. M. van der. Arch. 



Neerl. 6 (1871) 187-. 

 . Hopkinson, J. [1877] R. S. P. 26 



(1878) 290-. 

 plates, new method of determining, and 



Jamin's compensator. Quincke, G. A. Ps. 



C. 132 (1867) 204- . 

 greater than for diamond. Brewster, (Sir) D. 



Phil. Trans. (1813) 101-. 

 of Iceland spar, ordinary and extraordinary, to 



extreme ultraviolet. Sarasin, E. C. R. 



95 (1882) 680-. 



immersion fluids, device for. Martinotti, G. 

 Z. Ws. Mkr. 3 (1886) 320-. 



quartz, ordinary and extraordinary, to 

 extreme ultraviolet. Sarasin, E. C. R. 

 85 (1877) 1230- ; Arch. Sc. Ps. Nt. 61 (1878) 

 109-. 



in visible spectrum. Mac6 de Lepinay, J. 



J. de Ps. 6 (1887) 190-. 



some substances as functions of wave length 

 in vacuo. Forti, A. N. Cim. 6 (1857) 411-. 



theoretical computation. Powell, B. B. A. 



Rp. (1841) (pt. 2) 24-. 

 and wave length , relation between . Wiedemann , 



E. E. G. A. Ps. C. 5 (1878) 142. 

 , , numerical. Dale, (Rev.) T. P. 



L. Ps. S. P. 9 (1888) 167- ; Ph. Mg. 25 (1888) 



Refractive power of gases. Arago, D. F. J., db 



Biot, . Par. Mm. de PI. (1806) 301-. 

 liquids. Fabbroni, G. [1796] (xn) 



Firenze S. Georg. At. 4 (1801) 344-. 

 at different temperatures. Ketteler, 



E. A. Ps. C. 33 (1888) 353-, 506- ; 35 (1888 



662-. 

 powers in liquid and gaseous states. Kanon- 



nikov, I. I. Rs. Ps.-C. S. J. 30 (C.) (1898) 



965-. 

 Refrangibility of light, change by internal 



dispersion. Rees, R. van. Utr. Aant. Prv. 



Gn. (1853) (April) 12-. 

 , Newton's first demonstration. Oken, 



L. Gehlen J. 8 (1809) 269-. 



294 



