1939
DOI: 10.1002/andp.19394260107
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Elektrische Untersuchungen an Zinksulfidkupferphosphoren

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1941
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1968

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Cited by 13 publications
(5 citation statements)
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“…Our result thus differs from that obtained with alphaparticle bombardment where a shift of the spectrum to longer wavelengths was observed. 19,20 No emission was detected in 10-hours in the ultraviolet region for x-ray excitation either in the case of the undamaged or the 16-hour neutron-bombarded sample. Eastman Kodak 103 ultraviolet sensitized photographic plates and a Hilger quartz spectrograph were used.…”
Section: G Emission Spectrummentioning
confidence: 98%
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“…Our result thus differs from that obtained with alphaparticle bombardment where a shift of the spectrum to longer wavelengths was observed. 19,20 No emission was detected in 10-hours in the ultraviolet region for x-ray excitation either in the case of the undamaged or the 16-hour neutron-bombarded sample. Eastman Kodak 103 ultraviolet sensitized photographic plates and a Hilger quartz spectrograph were used.…”
Section: G Emission Spectrummentioning
confidence: 98%
“…1-13 However, the study of the effects of nuclear radiation on luminescent materials has been exclusively confined, since its discovery by Marsden, 14 and Rutherford 15 to the study of the interaction of alpha-particles with zinc sulfide. [16][17][18][19][20][21][22][23][24][25][26][27][28][29][30][31][32] It was found that alpha-particles decrease the luminescence efficiency of the phosphor not t Preliminary account published in the J. Chem. Phys.…”
mentioning
confidence: 99%
“…Cet effet inhibiteur pouvait atteindre 3o pour 100 pour un champ auxiliaire de 16 ooo V'/cm; le même effet se produisait 2 mn après la cessation de l'excitation, mais l'influence inhibitrice du champ était moins importante; le résultat de l'expérience est néanmoins intéressant, car il montre que l'action du champ est en relation avec la phosphorescence de longue durée, et non avec la fluorescence. L'action d'une lumière rouge, non susceptible d'exciter la phosphorescence de ZnS-Cu, agissant indépendamment de l'irradiation excitatrice, a été étudiée successivement par Breunig [ 13] et par Goos [21]. Une irradiation rouge, superposée à l'irradiation excitatrice, diminue AC, comme elle diminue la luminescence du phosphore, et cet effet inhibiteur est d'autant plus marqué que la longueur d'onde de la lumière excitatrice est plus grande.…”
unclassified
“…-Influence sur l'effet photodiélectrique d'une irradiation rouge intervenant pendant le déclin de la phosphorescence. D'après Goos [21].…”
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