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KMID : 0364920100350020077
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Journal of Radiation Protection and Research
2010 Volume.35 No. 2 p.77 ~ p.80
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Development of Spectroscopy Toolkit for Spectrum Measurement Experiments Using a CsI(Tl)/PIN Diode Detector
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Nam Young-Mi
Kim Han-Soo
Ha Jang-Ho
Lee Jae-Hyung
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Abstract
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The spectroscopy toolkit has been developed and tested. The toolkit consists of a CsI(Tl)/PIN diode detector, integrated electronics, and a multi?channel?analyzer and its size was 40 cm(width) by 20 cm(length) by 6 cm(high). It is compact, very portable and simpler and cheaper compared to the conventional spectroscopy system. The gamma energy resolutions of the toolkit were 7.9% for the 660 keV of 137Cs and 4.9% for 1,332 keV of 60Co respectively. The linearity for gamma energies was good. When the energy spectrum of a ceramic sample containing 232Th was measured with the spectroscopy toolkit for 20 minutes, there were significant peaks of the heavy metal. These results show that the resolution of the spectroscopy toolkit is sufficient to accumulate a quality spectrum in a few minutes by using weak, encapsulated commercial sources. Furthermore a toolkit experiment that how to measure energy spectra using the toolkit, and how to identify specific isotopes in a pottery piece, could be widely adopted for education and even for more sophisticated and higher level experiments.
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KEYWORD
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Spectroscopy toolkit, Nuclear education, Gamma spectrum, 137Cs, 60Co
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