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Appendix: Report on Studies of Scintillation

Published online by Cambridge University Press:  11 July 2017

Abstract

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Type
Part III Rapports et Comptes Rendus
Copyright
Copyright © Imperial College Bookstall 1957

References

(1) Boutet, R., ‘Enregistrement photoélectrique de la scintillation des étoiles, Ann. Geophys. 5, 310, 1949.Google Scholar
(2) Butler, H. E., ‘Observations of stellar scintillation’, Proc. R. Irish Acad. 54, A, 321, 1952. (Dunsink Obs. Contrib. no. 4.)Google Scholar
(3) Ellison, M. A. and Seddon, H., ‘Some experiments on the Scintillation of stars and planets’, Mon. Not. R. Astr. Soc. 112, 73, 1952. (Edinburgh Commun. no. 4.)CrossRefGoogle Scholar
(4) Goldstein, E., ‘The measurement of fluctuating radiation components in the sky and atmosphere’. Part 1, Naval Research Lab., Report N-3462 (1949); Part 2, N.R.L. Report 3710 (1950). (Abstract in J. Opt. Soc. Amer. 40, 795, 1950.)Google Scholar
(5) Hosfeld, R., ‘Comparisons of stellar scintillation with image motion’, J. Opt. Soc. Amer. 44, 284, 1954. (Perkins Obs. Contrib. ser. 11, no, 3.)CrossRefGoogle Scholar
(6) Mikesell, A. H., Hoag, A. A. and Hall, J. S., ‘The scintillation of starlight’, J. Opt. Soc. Amer. 41, 689, 1951.Google Scholar
(7) Nettelblad, F., ‘Studies of astronomical scintillation’, Lund Medd. 2nd ser., no. 130, 1953.Google Scholar
(8) Siedentopf, H. and Elsässer, H., ‘Szintillationsuntersuchungen am Jungfraujoch’, Z. Ap. 35, 21, 1954. (Tubingen Mitteilungen, no. 14.)Google Scholar
(9) Gaviola, E., ‘On seeing, fine structure of stellar images, and inversion layer spectra’, Astr. J. 54, 155, 1949. (Cordoba, Tirada Aparte, no. 34.)CrossRefGoogle Scholar
(10) Hansson, N., Kristenson, H., Nettelblad, F. and Reiz, A., ‘On the atmospheric unsteadiness’, Ann. d’Astrophys. 13, 275, 1950. (Lund Medd. ser. 11, no. 129.)Google Scholar
(11) Zwicky, F., ‘Seeing’, Publ. Astr. Soc. Pacif. 62, 150, 1950. (Mt Wilson and Palomar Observatories Reprint, no. 32.)CrossRefGoogle Scholar
(12) Zwicky, F., ‘Scintillations of stars and indirect meteorology’, J. Amer. Rocket Soc. Nov.-Dec. 1953.Google Scholar
(13) Chandrasekhar, S., ‘A statistical basis for the theory of stellar scintillation’, Mon. Not. R. Astr. Soc. 112, 475, 1952.CrossRefGoogle Scholar
(14) Keller, G., ‘Astronomical seeing and its relation to atmospheric turbulence’, Astr. J. 58, 113, 1953. (Contrib. Perkins Obs. ser. 11, no. 1.)CrossRefGoogle Scholar
(15) Keller, G. and Hardie, R. H., ‘Experimental verification of a recently proposed theory of astronomical seeing’, Astr. J. 59, 105, 1954. (Contrib. Perkins Obs. ser. 11, no. 2.)CrossRefGoogle Scholar
(16) Little, C. G., ‘A diffraction theory of the scintillation of stars on optical and radio wave lengths’, Mon. Not. R. Astr. Soc. 111, 289, 1951. (Manchester, J odrell Bank Reprint, no. 51.)CrossRefGoogle Scholar
(17) Megaw, E. C. S., ‘Scattering of electromagnetic waves by atmospheric turbulence: Stellar scintillation and the spectrum of turbulence in the free atmosphere’, Nature, 166, 1100, 1950.CrossRefGoogle Scholar
(18) van Isacker, J., ‘La Scintillation des Etoiles’, Publ. Inst. R. Meteorol. Belg. B, no. 8, 1953.Google Scholar
(19)Report of joint meeting of the R.A.S. and R.M.S.’, Quart. J. R. Met. Soc. 80, 24160, 1954.CrossRefGoogle Scholar