Photochemistry. 



412 



4225 



Trautz, M. Photochemie. Physik. 

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Valenta, E. Photochemie und Photo- 

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Vidal, L. La photographie des 

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Villard, P. Phenomenes pseudo-pho- 

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Vogel, H. W. Photochemie. 5. 

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Wall, E. J. Prints in natural colours 

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Wilderman, M. Galvanic cells pro- 

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Wilkens, A. Messung der photogra- 

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4230 PHOSPHORESCENCE 



PRODUCED BY IMPACT OF 



RADIATION, HEAT, 



FLUORESCENCE, ELECTRIC 



DISCHARGE, Etc. 



(See also 6840.) 



Amaduzzi, Ij. La luce messaggero 

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Bargellini, G. Influenza della tem- 

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Baskerville, C. and Lockhart, L. B. 



Tlie phos]3horesceiice of zinc sulphide 

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 Amer. J. Sci., New Haven, Conn., (Ser. 

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Borisov, P. P. Phosphorescence de 

 quelques composes organiques entre 

 + 100^ et - 190". (Russ.) St. Peterburg, 



Zurn. niss. fiz-chim. Obsc.. 37, 9, 1905, 

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Camichel, C. La fluorescence. Paris, 

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 (ser. 2), 7, 1905, (417-442, av. fig.); 

 Toulouse, Mem. Acad. sci. inscrip., 

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Dahms, A. Neuere Arlieiten idjer 

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Ein Demonstrationsversuch 



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Debieme, A. Phenomenes de phos- 

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Dufour, H. [Les substances plios- 

 phorescentes employes pour etudler les 

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 Lausanne, Bui. Soc. Sci. Nat., 40, 1904, 

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Greinacher, H. Die durch Radiotellur 

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' Fluoreszenz mid Lambert- 



sches Gesetz. Bemerkung zur Arbeit 

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Gromtoach, A. Fluorogene Chromo- 

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Guinchant, J. Les phenomenes de 

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L'emission de lumiere a 



basse temperature. Rev. sci., Paris, 

 (ser. 5), 6. 1906, (97-104). 



Himstedt, F. und Meyer, G. Die 



Spectralanalyse des Eigenlichtes von 



Radiumbromidkristallen. Physik. Zs., 

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Kauffmann, II. Fluorogene Gruppen. 

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(30-77). 



Zusammenhang zwischen 



Fluoreszenz und chemischer Konstitu- 

 tiou. "Verh. Ges. D. Natf., Leipzig, 76, 



