This study aims at investigating the environmental impact of the use of phosphate fertilizers in environmental compartments, namely soils, by physical and nuclear techniques. The investigation focused on radionuclides present in fertilizers and cultivated soils, and their decay in time. The radionuclides, 228Th, 228Ra, 232Th and 40K were detected in soil samples treated with GTSP 46% and SSP 16% fertilizers. It is found that the decrease of radionuclides content in soil samples with time was due to the percolation of radionuclides along the soil profile
ABSTRACT: Organophosphate pestiside of parathion and phosphat fertilizer, those was used by farmens,...
WOS: 000363072200020This is a preliminary study to determine the natural radionuclides of the commer...
Mining, mineral processing and industrial activities have long been linked to increased levels of ra...
Phosphate fertilizers are enriched with 238U during its production from phosphate rocks. Since, appl...
Natural radioactivity in surface soil samples collected at potential sites from southern part of Tha...
Prolonged systematic application of mineral fertilisers contributes to increasing the yielding capac...
In order to assess the radioactive level in the environment, the specific activities of 238U, 232Th ...
Gamma spectrometric measurements were obtained for the agricultural soils aiming at characterizing t...
This is a preliminary study to determine the natural radionuclides of the commercial chemical fertil...
a) National Center for Nuclear Safety and Radiation Control, Atomic Energy Authority, Cairo, Egypt b...
WOS: 000247516300022The aim of this study is to determine the enhancement in natural radioactivity l...
The activity concentrations of naturally occurring radionuclides 226Ra, 232Th, and 40K were determin...
A total of twenty three composite soil samples was collected from different geographical areas aroun...
Natural radioactivity due to40K, 232Th and 137Cs were measured in saline and normal soils aided with...
The granitic region is known to have high natural radionuclides content. The natural background of t...
ABSTRACT: Organophosphate pestiside of parathion and phosphat fertilizer, those was used by farmens,...
WOS: 000363072200020This is a preliminary study to determine the natural radionuclides of the commer...
Mining, mineral processing and industrial activities have long been linked to increased levels of ra...
Phosphate fertilizers are enriched with 238U during its production from phosphate rocks. Since, appl...
Natural radioactivity in surface soil samples collected at potential sites from southern part of Tha...
Prolonged systematic application of mineral fertilisers contributes to increasing the yielding capac...
In order to assess the radioactive level in the environment, the specific activities of 238U, 232Th ...
Gamma spectrometric measurements were obtained for the agricultural soils aiming at characterizing t...
This is a preliminary study to determine the natural radionuclides of the commercial chemical fertil...
a) National Center for Nuclear Safety and Radiation Control, Atomic Energy Authority, Cairo, Egypt b...
WOS: 000247516300022The aim of this study is to determine the enhancement in natural radioactivity l...
The activity concentrations of naturally occurring radionuclides 226Ra, 232Th, and 40K were determin...
A total of twenty three composite soil samples was collected from different geographical areas aroun...
Natural radioactivity due to40K, 232Th and 137Cs were measured in saline and normal soils aided with...
The granitic region is known to have high natural radionuclides content. The natural background of t...
ABSTRACT: Organophosphate pestiside of parathion and phosphat fertilizer, those was used by farmens,...
WOS: 000363072200020This is a preliminary study to determine the natural radionuclides of the commer...
Mining, mineral processing and industrial activities have long been linked to increased levels of ra...