1954
DOI: 10.1103/physrev.94.494
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Luminescence of Beryllium Oxide

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Cited by 23 publications
(7 citation statements)
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“…Due to the need for passive radiation detectors in medicine, personal and environmental dosimetry, BeO has been investigated as an OSL dosimeter for a number of years (Mandeville and Albrecht (1954); Tochilin et al (1969); Bulur and Gö ksu (1998); Bulur (2007)). So a dosimetric method employing the OSL of BeO was developed by the radiation physics group in Dresden (Sommer and Henniger, 2006;Sommer et al, 2007Sommer et al, , 2008 which can be used to specify dose in a number of applications.…”
Section: Introductionmentioning
confidence: 99%
“…Due to the need for passive radiation detectors in medicine, personal and environmental dosimetry, BeO has been investigated as an OSL dosimeter for a number of years (Mandeville and Albrecht (1954); Tochilin et al (1969); Bulur and Gö ksu (1998); Bulur (2007)). So a dosimetric method employing the OSL of BeO was developed by the radiation physics group in Dresden (Sommer and Henniger, 2006;Sommer et al, 2007Sommer et al, , 2008 which can be used to specify dose in a number of applications.…”
Section: Introductionmentioning
confidence: 99%
“…As early as 1881, Crookes first observed and described a bright radioluminescence of BeO powder [6]. However, only seventy years later, the first spectroscopic studies of broadband ultraviolet (UV) luminescence of BeO were performed at room temperature [7,8] and the temperature of liquid air [9]. The appearance of bulk optical BeO single crystals [10,11] stimulated detailed studies of the crystallographic structure, luminescence, and electronic excitations in BeO.…”
Section: Introductionmentioning
confidence: 99%
“…Еще в 1881 г. В. Крукс (Crookes) первым наблюдал и описал яркую радиолюминесценцию порошка BeO [6]. Однако лишь спустя семьдесят лет были выполнены первые спектроскопические исследования широкополос-ной ультрафиолетовой (УФ) люминесценции BeO при комнатной температуре [7,8] и температуре жидкого воздуха [9]. Появление объемных монокристаллов BeO оптического качества [10,11] стимулировало детальные исследования кристаллографической структуры, люми-несценции и электронных возбуждений в BeO.…”
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