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As the range of operation of the accelerator expands, a wider variety of productsand materials are being irradiated. However, the requirements for dosimetry depend on theirradiation process and on the characteristic of the product. In particular, since it is important tofind an optimal depth of penetration compared to dosimetry requirement based on the materialin the electron beam. Therefore, the objective of this study is to irradiate selected target materialsunder various dose conditions and to analyse the depth-dose distribution to derive optimalirradiation conditions for each substance. The contents of this study are as follows. Depth-dosedistribution analysis by substance was conducted by selecting five substances, preparing them in aplate, stacking them together, attaching B3 film dosimeter, and examining them on electric beams. In order to derive optimal irradiation conditions for each substance, a single-sided irradiationand a double-sided irradiation were then conducted under various dose conditions and therelationship between depth-dose and density of the material was then analysed through the resultsof the experiment.
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참고문헌 (11)
참고문헌 신청
식품의약품안전청 / 2006 / 의료기기의 멸균 조사멸균의 유효성확인 및 일상 관리
GEX Corporation USA / 2010 / B3 RADIOCHROMIC FILM DOSIMETRY
하태성 / 2010 / 국제표준에 따른 10MeV급 전자빔 조사시설의 흡수선량 품질보증에 관한 연구 / 방사선기술과학 33(4):387~394
International Atomic Energy Agency / 2005 / Radiation Oncology Physics : A Handbook for Teachers and Students :273~299
ISO / 2015 / Standard Practice for Dosimetry in an Electron Beam Facility for Radiation Processing at Energies Between 300 keV and 25 MeV
GEX Corporation USA / 2010 / B3 RADIOCHROMIC FILM DOSIMETRY
하태성 / 2010 / 국제표준에 따른 10MeV급 전자빔 조사시설의 흡수선량 품질보증에 관한 연구 / 방사선기술과학 33(4):387~394
International Atomic Energy Agency / 2005 / Radiation Oncology Physics : A Handbook for Teachers and Students :273~299
ISO / 2015 / Standard Practice for Dosimetry in an Electron Beam Facility for Radiation Processing at Energies Between 300 keV and 25 MeV
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