Depth-dose distribution in potatoes with low-energy X-rays

Irradiation is known as a handful measure to inhibit potato sprouting, kill harmful bacteria, and increase preservation. The absorbed dose is one of the essential characteristics of the irradiation process. In this study, the depth-dose distributions in potatoes and polymethyl methacrylate were investigated under low-energy X-ray irradiation by using the Fricke dosimeter and Gafchromic film dosimeter. The dose rates required for the rays to penetrate in polymethyl methacrylate were compared with those in potatoes. Polymethyl methacrylate could be used as a phantom in measuring the depth dose delivered in potatoes. The difference in depth-dose distribution in potatoes between one-sided and double-sided irradiation was also investigated. The calculated dose uniformity ratio values are 5.8 and 1.9 for potatoes irradiating one-sided and double-sided

Study on potato sprout inhibition by low energy X-Rays : Thesis submitted for the degree of nuclear engineering engineer

vii, 35 p. : ill (some col.); 29 cm

Disinfection of foods by low energy X-Ray irradiation : Thesis submitted for the degree of nuclear engineering engineer

39 tr. : ill (some col.); 29 cm

Dosimetry for low energy X-Rays irradiator MBR-1618R-BE : Thesis submitted for the degree of nuclear engineering engineer

vi, 38 p. : ill (some col.); 29 cm

FNCA Guideline on Development of Hydrogel and Oligosaccharides by Radiation Processing

FNCA電子加速器利用プロジェクトで研究開発が進められている超吸水材として乾燥地の土壌改良に有用なハイドロゲルと葉面散布による植物の成長促進効果が発現できるオリゴ糖類の放射線加工による作成についてのガイドラインである。2009年に初版が編纂されたが、2016年までの研究成果を反映させて、内容を更新した

Nghiên cứu hiệu ứng hấp thu kim loại của vật liệu Hydrogel/bentonite chế tạo bằng kỹ thuật chiếu xạ Gamma : Luận văn Thạc sĩ Vật lý kỹ thuật

74 tr. ; 29 cm