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자료유형
학술저널
저자정보
저널정보
한국원자력학회 Nuclear Engineering and Technology Nuclear Engineering and Technology 제51권 제1호
발행연도
2019.1
수록면
293 - 302 (10page)

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Many researches have been done to develop and improve the performance of personal (individual)dosimeter response to cover a wide of neutron energy range (from thermal to fast). Depending on theindividual category of the dosimeter, the semiconductor sensor has been used to simplify and lightweight. In this plan, it’s very important to have a fairly accurate counting of doses rate in different energies. With a general design and single-sensor simulations, all optimal thicknesses have been extracted. The performance of the simulation scheme has been compared with the commercial and laboratorysamples in the world. Due to the deviation of all dosimeters with a flat energy response, in this paper, hasbeen used an idea of one semi-conductor sensor to have the flat energy-response in the entire neutronenergy range. Finally, by analyzing of the sensors data as arrays for the first time, we have reached anearly flat and acceptable energy-response. Also a comparison has been made between Lucite-PMMA(H5C5O2) and polyethyleneePE (CH2) as a radiator and B4C has been studied as absorbent. Moreover,in this paper, the effect of gamma dose in the dosimeter has been investigated and shown around thestandard has not been exceeded.

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