In routine monitoring of radiation workers to detect internal contamination due to Pu/Am, it is assumed that intake has occurred at the midpoint of the monitoring interval. Radiation worker is normally monitored at the end of the annual monitoring interval, within a span of ±1 month under a routine in vivo monitoring program. An uncertainty is introduced in intake estimation as the time of intake can vary over the entire monitoring interval. In this work, uncertainties introduced in the intake estimation of Type M and S compounds of Pu/Am are evaluated due to unknown time of intake for annual and biennial monitoring frequency
Intakes of radionuclides are estimated with the personal air sampler (PAS) and by biological monitor...
Currently available radiation dosimetry/health-risk models for inhalation exposure to radionuclides ...
This paper presents a method for calculating a priori uncertainty intervals for plutonium interpreta...
cited By 2Potential internal contaminations of workers are monitored by periodic bioassays interpret...
International audienceIn case of incidental confinement failure, mixed oxide (MOX) fuel preparation ...
For dose assessment following chronic or accidental inhalation of radioactive aerosols, the dosimetr...
International audienceFor dose assessment following chronic or accidental inhalation of radioactive ...
Retrospective individual dose assessment of workers chronically exposed to plutonium is an important...
International audienceIn vivo lung counting aims at assessing the retained activity in the lungs. Th...
To calculate committed effective dose equivalent, one needs to know the quantity of the radionuclide...
The evaluation of uncertainties in doses from intakes of radionuclides is one of the most difficult ...
This report is concerned with the optimisation of procedures for monitoring occupational intakes of ...
Low-cost sensors can be used to improve the temporal and spatial resolution of an individual’s parti...
The individual monitoring of internal exposure of workers comprises two steps: measurement and measu...
Potential internal contamination of workers is monitored by periodic bioassay measurements interpret...
Intakes of radionuclides are estimated with the personal air sampler (PAS) and by biological monitor...
Currently available radiation dosimetry/health-risk models for inhalation exposure to radionuclides ...
This paper presents a method for calculating a priori uncertainty intervals for plutonium interpreta...
cited By 2Potential internal contaminations of workers are monitored by periodic bioassays interpret...
International audienceIn case of incidental confinement failure, mixed oxide (MOX) fuel preparation ...
For dose assessment following chronic or accidental inhalation of radioactive aerosols, the dosimetr...
International audienceFor dose assessment following chronic or accidental inhalation of radioactive ...
Retrospective individual dose assessment of workers chronically exposed to plutonium is an important...
International audienceIn vivo lung counting aims at assessing the retained activity in the lungs. Th...
To calculate committed effective dose equivalent, one needs to know the quantity of the radionuclide...
The evaluation of uncertainties in doses from intakes of radionuclides is one of the most difficult ...
This report is concerned with the optimisation of procedures for monitoring occupational intakes of ...
Low-cost sensors can be used to improve the temporal and spatial resolution of an individual’s parti...
The individual monitoring of internal exposure of workers comprises two steps: measurement and measu...
Potential internal contamination of workers is monitored by periodic bioassay measurements interpret...
Intakes of radionuclides are estimated with the personal air sampler (PAS) and by biological monitor...
Currently available radiation dosimetry/health-risk models for inhalation exposure to radionuclides ...
This paper presents a method for calculating a priori uncertainty intervals for plutonium interpreta...