Gamma-ray spectrometry is widely applied in several science fields, and particular non-destructive gamma scanning emission tomography of irradiated nuclear fuel. Often, a collimator used the experimental setup, to selectively interrogate region interest For optimization instrument design, as well for planning measurement campaigns, predictive models transmitted gamma-ray intensity through are n...

This study describes and discusses the results of a 14 month-long campaign (April 2019 to June 2020) aimed at characterizing quantifying influence environmental factors (cosmic rays, rainfall events, soil moisture atmospheric radon) on airborne radiometric surveys, which are used for mapping concentrations potassium (K), uranium (U) thorium (Th), or monitoring natural radioactivity in environme...

The objective for decommissioning planning, is to obtain a radiological understanding of the involved installation. characterization at this stage could be carried out by means of: (a) neutron activation calculations based on reactor design and flux; (b) dose rate measurements; (c) in-situ gamma spectrometry; (d) sampling determination scaling factors in activated contaminated components.Neutro...

The soybean (Glycine max l. merr) is one of oil seed plants from leguminous family. In this study, the effect of gamma radiation on chlorophyll, soluble and insoluble carbohydrate and composition oil seeds were investigated in soybean. Soybean variety J.K was irradiated with 0,100,200 and 300 gamma ray. The treatment and control seeds planed in with four replicates. The highest amount of total ...