Moving Media. 



387 



3420 



Julius, W. II. Les theories solaires et la 

 dispersion auomale. Rev. gen. sci., 

 Paris, 15, 1904, (480-495). 



Meslin, G. Sur I'eclipse du 30 aout 

 1905 et sur la polarisation de la 

 couronne solaire. Paris, C.-R. Acad, 

 sci., 141, 1905, (493-497). 



Moye, M. Observations de I'eclipse 

 du 30 aout 1905 a Alcala de Chisbert 

 (Espague). t.c. (458). 



Rayet, G. L'eclipse totale de Soleil 

 du 30 aout 1905. t.c. (490-491). 



VioUe, J. Mesures actinometriques 

 effectuees pendant Peclipse du 30 aout 

 1905. t.c. (447-448). 



PHYSICAL OPTICS. 



VELOCITY, WAVE-LENGTH, Etc., 

 OF RADIATION. 



3400 GENERAL. 



Eddy, H. T. The electromagnetic 

 theorv and the velocity of light. Physic. 

 Rev.,'New York, 20, 1905, (193-219). 



Griinberg, V. Gleichung zur Berech- 

 nung der WeUenlangen zweier komple- 

 mentarer Farben. Jahrb. Phot., Halle, 

 19, 1905, (83-87). 



Jewell, L. E. The revision of 

 Rowland's system of standard wave- 

 lengths. Astroph. J., Chicago, 21, 1905, 

 (23-34). 



Laue, M. Die spektrale Zerlegung 

 des Lichtes durch Dispersion. Berlin, 

 Verb. D. phvsik. Ges., 8, 1906, (170- 

 180). 



Gruppengeschwindigkeit. 



Math.-natvv. BL, Berlin, 3, 1906, 41-46). 



Michelson, A. A. Light waves and 

 their uses. Chicago, 111., Dec. Pub. 

 Univ. Chic, (Ser. 2), 3, (6 1.+166, with 

 text fig. and pi.). 



Poynting, J. H. Die Strahluug im 

 Sonnensystem. (Uebers.) Jahrb. 



Radioakt., Leipzig, 2, (1905), 1906, 

 (42-55). 



Rayleigh, Lord. On the influence of 

 collisions, and of the motion of mole- 

 cules in the line of sight, upon the con- 

 stitution of a spectrum line. London, 

 Proc. R. Soc, (Ser. A), 76, 1905, (440- 

 444). 



Constitution of natural 



radiation. Phil. Mag., Loudon (Ser. 6), 

 11, 1906, (12.3-127^ 



Seddig, M. Eine Methode, das Xew- 

 ton-Helmholtzsche Farbendreieck zu 

 projizieren. Zs. wiss. Phot., Leipzig, 

 4, 1906, (117-120). 



3405 RADIATION - PRESSURE. 

 MECHANICAL EQUIVALENT 

 OF LIGHT. {See 4210, 4215.) 



Hasenolirl, F. Druck des Lichtes. 

 Jalirb. Radioakt., Leipzig, 2, (1905), 

 1906, (267-304). 



HtUl, G. F. The elimination of gas 

 action in experiments on light pressure. 

 Phvsic. Rev., New York, N.Y., 20, 1905, 

 (292-299); [abstract] Physic. Rev., 

 New York, N.Y., 20, 1905, (188). 



Lebedew, P. Die Drackkrafte der 

 Strahlung. Jahrb. Radioakt., Leipzig, 

 2, (1905), 1906, (305-313). 



3410 



VELOCITY OF LIGHT, 

 MEASUREMENTS OF. 



Brillouin, M. Le mouvement de la 

 Terre et la vitesse de la Imniere. Paris, 

 C.-R. Acad, sci., 140, 1905, (1674r-1676). 



Moriey, E. W. and MiUer, D. C. 

 Experiment to detect the FitzGerald- 

 Lorentz effect. Boston, Mass., Proc. 

 Amer. Acad. Art.-Sci., 41, 1905, (11. -}- 

 321-327, with text fig. and pi.). 



Turpain, A. Sur une methode propre 

 a I'etude d'lm phenomena lumineus 

 d'intensite variable avec le temps. Ap- 

 plication a la determination de la vitesse 

 instantanee d'un miroir tournant et a 

 I'etude de I'etincelle de Hertz. Paris, 

 C.-R. Acad. sci.. 141, 1905, (422-424, 

 av. fig.). 



Zemplen, G. Fortpflanzungsge- 

 schwindigkeit der Rontgenstrahlen. 

 (Ungarisch) Potf. Termt. Kozl., Buda- 

 pest, 38, 1906, (187-188J. 



3420 ABERRATION AND 



MOVING MEDIA. DOPPLER'S 

 PRINCIPLE. 



Brace, D. B. A repetition of Fizeau's 

 experiment on the change produced by 

 the earth's motion on the rotation of a 

 refracted ray. Phil. Mag., London, 

 (Ser. 6), 10, 1905, (591-599). 



