Interference. 



390 



3610 



Kayleigh, Lord. Interference rings, 

 described by Haidinger, observable by 

 means of plates whose surfaces are 

 absolutely parallel. Phil. Mag., London, 

 (Ser. 6), 12, 1906, (489-493, with pL). 



Sadovskij, A. I. Quelques cas de 

 liuterfereuce non localisee. (Russ.) St. 

 Peterburg, Zurn. russ. fiz.-chim. Obsc., 

 37, 1, 190-5, (23). 



Stansfield, H. Observations and 

 photographs of black and grey soap 

 iilms. London, Proc. R. Soc, (ISer. A), 

 77, I'.JOG, (314-323). 



Wood, R. W. Interference colours of 

 chlorate of potash crystals and a new 

 method of isolating heat waves. Phil. 

 Mag., London, (Ser. 6), 12, 1900, (67- 

 70, with 1 pi.). 



3620 



DIFFRACTION. 



Lamb, H. On Sommerfeld's diffrac- 

 tion problem ; and on reflection by a 

 parabolic mirror. London, Proc. Math. 

 Soc, (Ser. 2), 4, 1906, (190-203). . 



Meslin, 0. Colorations des f ranges 

 localisees dans rme lame mince limitee 

 par un reseau. Paris, C.-R. Acad, sci., 

 143, 1906, (35-37, av. fig.). 



Nicholson, J. W. Diffi-actiou of short 

 Avaves bv a rigid sphere. Phil. Mag., 

 London, "(Ser. 6), 11, 1906, (193-205). 



Raman, C. V. Unsymmetrical dif- 

 fraction-bauds due to a rectangular 

 aperture. op. cit. 12, 1906, (494- 

 49<S). 



Walker, James. Talbot's lines, op. 

 clt. 11, 1906, (531-534). 



3630 SPECTRA FORMED BY 

 DIFFRACTION AND BY 

 GRATINGS. 



Crookes, Sir W. Europium and its 

 ultra-violet spectrum. London, Proc. R. 

 Soc, 74, 1905, (550-551). 



Phosphorescence spectra 



indicating the existence of new elements. 

 Chem. News, London; 92, 1905, (273- 

 274;. 



Delafontaine, il. Spectra of terbium 

 and other metals of the rare earths. 

 t.c. (5). 



Eberhard, G. Konkavgitter-Mon- 

 tierung nach Abuey. Zs. Instrumentenk., 

 Berlin, 25, 1905, (371-382). 



Halm, J. Structure of the series of 

 line band and spectra. Edinburgh, 

 Trans. R. Soc, 41, 1905, (Part III), 

 (551-598). 



Huggins, Sir W. and Huggins, Lady. 

 On the spectrum of the spontaneous 

 luminous radiation of radiimi. Part 

 III. — Radiation in Hydrogen. London, 

 Proc. R. Soc. (Ser. A), 76, 1905, (488- 

 492) ; p. IV. Extension of the glow. 

 op. cit. 77, 1906, (130-131). 



Leiss, C. Vereinfachte Montierung 

 grosserer Rowlandscher Gitter (Gitter- 

 Spektrographen). Zs. Instrumentenk., 

 Berlin, 25, 1905, (96-98). 



Meslin, G. Colorations des franges 

 localisees dans une lame mince limitee 

 par un reseau. Paris, C.-R. Acad, sci., 

 143, 1906, (3.5-37, av. fig.). 



Michelson, A. A. Report of progress 

 in ruling diffraction gratings. [Ab- 

 stract.] Physic. Rev., New York, 20, 

 1905, (389-391). 



■ Use of the concave mirror 



with diffraction gratings. [Abstract.] 

 t.c. (391). 



Middlekauff, G. W. The effect of 

 capacity and self-induction upon, wave- 

 length in the spark spectrum. Astropli. 

 J., ^Chicago, 21, 1905, (116-123, \vith 

 text fig.). 



Morris-Airey, H. Resolving power of 

 spectroscopes. Phil. Mag., London, 

 (Ser. 6), 11, 1906, (414-416). 



On the determination of 



wave length in the extreme idtra-violet 

 portion of the spectrum. Manchester, 

 Mem. Lit. Phil. Soc, 49, Pt. 1, 1905, 

 (1-91 



Schuster, A. The periodogram and 

 its optical analogy. London, Proc. R. 

 Soc, (Ser. A), 77, 1906, (136-140). 



Wood, R. W. Intensity of grating 

 spectra. Astroph. J., Chicago, 21, 1905, 

 (173-175, with text fig.). 



3640 DIFFRACTION BY SiULL 

 PARTICLES. THEORY OF 

 RALN"BO\V, OPTICAL 

 RESONANCE, Etc. 



Aiclii, K. and Tanakadate, T. Theory 

 of rainbow due to a circular source of 

 li^ht. Tokyo, Su. Puts. Kw. K. G., 2, 

 1905, (417-422). 



