Whole body environment irradiation dose estimation software, dose evaluation software

Whole body environment irradiation dose estimation software, dose evaluation softwareWhen conducting personal monitoring of internal radiation, it is necessary to calculate the internal radiation dose of personnel. according toGBZ 129-2002The Personal Monitoring Standards for Occupational Internal Exposure can be divided into three methods for internal exposure monitoring: direct measurement of radioactive isotopes in the whole body or organs, analysis of excreta or other biological samples, and air sampling analysis. This software is designed to solve the problem of estimating internal radiation dose for personnel using monitoring data after adopting any of the three monitoring methods mentioned above. This software complies withGB18871-2002The Basic Standards for Ionizing Radiation Protection and Radiation Source Safety refer toICRPThe metabolic models and parameters provided in relevant publications can be calculated, includingGeneral scope30Multiple nuclides (estimated by this software), other in various ranges60Seed elements（91plant）Inside700surplusAt any time after the ingestion of radioactive isotopes into the human body(sky)The dose estimation, intake estimation, and cumulative excretion estimation are applicable to both routine personal internal exposure dose estimation for occupational exposed personnel and internal exposure dose estimation in case of accidental ingestion by workers, but not to public dose estimation.

Whole body environment irradiation dose estimation software, dose evaluation softwareinWindowsRunning under the operating system, it integrates input, calculation, display, and printing functions, making it easy to use and fast to calculate, providing convenience for users to manage and estimate internal radiation dose.

Suitable for rapid dose estimation of radioactive nuclide contamination caused by nuclear and radiation emergencies. Based on relevant standards and publications at home and abroad, the default values of relevant parameters are determined using the dose conversion coefficients of occupational and public exposure to ingested and inhaled radioactive nuclides, in response to unclear early parameter information in nuclear and radiation accidents. It can quickly estimate the accumulated effective dose caused by ingestion and inhalation during nuclear and radiation emergencies, taking into account the respiratory rate characteristics of people of different ages and the decay of nuclides over time. The estimation results are more detailed and accurate, providing dosimetric evidence for early medical treatment and intervention.