Spectrophotometric Study of Polymeric DyesGels After a Gamma Irradiation Process for its Possible Use as a Radiation Dosimeter

A. Meléndez-López, M. F. García-Hurtado, J. Cruz-Castañeda, A. Negrón-Mendoza, S. Ramos-Bernal, A. Heredia
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Abstract

This work aims to evaluate a dosimetric system composed of green malachite supported in agarose. Previous work showed that solutions of green malachite irradiated at 1 to 40 kGy present a linear behavior. This system is a gel composed of green malachite (2.5×10–3 M), sodium benzoate (1%),and agarose (1%) that was exposed tovarious doses of gamma irradiation. The irradiated systems were measured with a UV-V is spectrophotometer at 619 nm. Experimental parameters (such as dose rate, doses, and temperature) were controlled and optimized for reproducible and reliable results. More studies are needed to propose a dosimeter in the system in the range of 1.8 to 4.0 kGy.
伽马辐照后聚合物染料凝胶的分光光度法研究及其作为辐射剂量计的可能用途
本工作旨在评价琼脂糖负载绿孔雀石组成的剂量学体系。前人的研究表明,在1 ~ 40 kGy辐照下,绿色孔雀石溶液呈现线性行为。该系统是一种凝胶,由绿色孔雀石(2.5×10-3 M),苯甲酸钠(1%)和琼脂糖(1%)组成,暴露于不同剂量的伽马辐射。用紫外-紫外分光光度计在619 nm处对辐照体系进行了测量。控制和优化实验参数(如剂量率、剂量和温度),以获得可重复性和可靠的结果。需要更多的研究来提出在系统中1.8至4.0 kGy范围内的剂量计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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