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Study of a liquid scintillation counter
Il Nuovo Cimento, 1954This paper deals with a liquid scintillation counter of small thickness (1 cm) and of circular cross-section (10 cm in diameter). The measurements have shown that its efficiency in revealing relativistic particles is practically 100%, and that its real diameter corresponds to the geometric one. The measurements permit the conclusion that the collection
D. Brini+3 more
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Large-Area Scintillation Counters
1973The properties of large-area proportional scintillation counters (LASC) are reviewed. Questions of light collection in scintillators, different types of light guides, and substances for optical contacts are discussed in detail. A nonuniformity of ±5% and an energy resolution of ±13% can be obtained by using twisted strip light guides.
B. B. Govorkov, V. S. Chukin
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Diamond as a neutron scintillation counter
Nuclear Instruments and Methods, 1966Abstract The scintillation properties of diamond have been investigated when neutrons and gamma rays are incident on the diamond. The neutrons are produced by the D(d,n) reaction and the response to neutrons and background gamma rays is separated by time-of-flight techniques.
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Journal of Radioanalytical and Nuclear Chemistry, 2017
E. Furuta, Y. Kato, S. Fujisawa
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E. Furuta, Y. Kato, S. Fujisawa
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Journal of Radioanalytical and Nuclear Chemistry, 2015
K. Chung+5 more
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K. Chung+5 more
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The 6th Scintillation Counter Symposium
Physics Today, 1958The scintillation counter, since it was first described as a means for detection of gamma rays by H. Kallmann in Germany and Coltman and Marshall in the United States in 1947, has developed very rapidly and is now one of the most important tools for nuclear research.
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