Intercomparison of methods for coincidence summing corrections in gamma-ray spectrometry—part II (volume sources)
✍ Scribed by M.-C. Lépy; T. Altzitzoglou; M.J. Anagnostakis; M. Capogni; A. Ceccatelli; P. De Felice; M. Djurasevic; P. Dryak; A. Fazio; L. Ferreux; A. Giampaoli; J.B. Han; S. Hurtado; A. Kandic; G. Kanisch; K.L. Karfopoulos; S. Klemola; P. Kovar; M. Laubenstein; J.H. Lee; J.M. Lee; K.B. Lee; S. Pierre; G. Carvalhal; O. Sima; Chau Van Tao; Tran Thien Thanh; T. Vidmar; I. Vukanac; M.J. Yang
- Book ID
- 116243171
- Publisher
- Elsevier Science
- Year
- 2012
- Tongue
- English
- Weight
- 647 KB
- Volume
- 70
- Category
- Article
- ISSN
- 0969-8043
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A Monte Carlo simulation approach to solve the problem of measuring volume sources in gamma-ray spectrometry is described. The simulation package PENELOPE, with a cylindrical geometry tool was used to model two measurement systems and to calculate the detection efficiency for volume sources of g emi
When coincidence summing correction factors for extended samples are calculated in gamma-ray spectrometry from full-energy-peak and total efficiencies, their variation over the sample volume needs to be considered. In other words, the correction factors cannot be computed as if the sample were a poi