Since the COVID-19 outbreak,diagnostic imaging has been providing valuable radiological support for disease diagnosis and prognosis prediction.Radiological staff,especially radiographers working on the front line in t...Since the COVID-19 outbreak,diagnostic imaging has been providing valuable radiological support for disease diagnosis and prognosis prediction.Radiological staff,especially radiographers working on the front line in the battle against the COVID-19 outbreak.They are in direct contact with the patients,bearing the responsibility and pressure of both the infection prevention and control and the radiation protection.A number of relevant professionals and experts reached a consensus,which clarifies the detailed implementing rules with respective to infection control and protection of the radiation workers,disinfection of diagnostic radiology equipment and workplace,and radiological protection.The aim is to further normalize the clinical procedures of radiological staff,reduce the infection risk,especially the radiation risk to medics and patients.展开更多
The assessment of the radiological concentration of <sup>134</sup>Cs and <sup>137</sup>Cs owing to hypothetical accident of TRIGA Mark-II research Reactor at AERE, Savar, Bangladesh is presente...The assessment of the radiological concentration of <sup>134</sup>Cs and <sup>137</sup>Cs owing to hypothetical accident of TRIGA Mark-II research Reactor at AERE, Savar, Bangladesh is presented here in this work. The concentration of <sup>134</sup>Cs and <sup>137</sup>Cs was estimated in different pathways consisting of the ingestion of plants, milk, and meat. The highest air concentration has been determined at 65 m distance from the core of the reactor. The maximum concentration passed off without delay simply after the accident in various directions. Local meteorological information such as average wind velocity and wind frequency were analyzed. Considering all directions, the highest concentration has been observed in the “S” direction. The concentrations of <sup>134</sup>Cs and <sup>137</sup>Cs were determined in ground, vegetation, milk and meat. The concentration of <sup>137</sup>Cs is investigated to be higher than the <sup>134</sup>Cs. The concentration of <sup>134</sup>Cs and <sup>137</sup>Cs was found to be lower in vegetation, milk, and meat than that of ground concentration. Overall, in this study, the concentration in meat has been investigated to be lower. In case of a reactor accident, the concentration assessment due to the ingestion of vegetables, milk, and meat will be a valuable guide for insuring radiological protection across the research reactor at AERE, Savar, Bangladesh.展开更多
文摘Since the COVID-19 outbreak,diagnostic imaging has been providing valuable radiological support for disease diagnosis and prognosis prediction.Radiological staff,especially radiographers working on the front line in the battle against the COVID-19 outbreak.They are in direct contact with the patients,bearing the responsibility and pressure of both the infection prevention and control and the radiation protection.A number of relevant professionals and experts reached a consensus,which clarifies the detailed implementing rules with respective to infection control and protection of the radiation workers,disinfection of diagnostic radiology equipment and workplace,and radiological protection.The aim is to further normalize the clinical procedures of radiological staff,reduce the infection risk,especially the radiation risk to medics and patients.
文摘The assessment of the radiological concentration of <sup>134</sup>Cs and <sup>137</sup>Cs owing to hypothetical accident of TRIGA Mark-II research Reactor at AERE, Savar, Bangladesh is presented here in this work. The concentration of <sup>134</sup>Cs and <sup>137</sup>Cs was estimated in different pathways consisting of the ingestion of plants, milk, and meat. The highest air concentration has been determined at 65 m distance from the core of the reactor. The maximum concentration passed off without delay simply after the accident in various directions. Local meteorological information such as average wind velocity and wind frequency were analyzed. Considering all directions, the highest concentration has been observed in the “S” direction. The concentrations of <sup>134</sup>Cs and <sup>137</sup>Cs were determined in ground, vegetation, milk and meat. The concentration of <sup>137</sup>Cs is investigated to be higher than the <sup>134</sup>Cs. The concentration of <sup>134</sup>Cs and <sup>137</sup>Cs was found to be lower in vegetation, milk, and meat than that of ground concentration. Overall, in this study, the concentration in meat has been investigated to be lower. In case of a reactor accident, the concentration assessment due to the ingestion of vegetables, milk, and meat will be a valuable guide for insuring radiological protection across the research reactor at AERE, Savar, Bangladesh.
