Radioactive cerium and other lanthanides can be transported through the aquatic system
into foodstuffs and then be incorporated by humans. Information on the uncertainty of …

The reliability of biokinetic models is essential for the assessment of internal doses and a
radiation risk analysis for the public and occupational workers exposed to radionuclides. In …

The reliability of biokinetic models is essential in internal dose assessments and radiation
risk analysis for the public, occupational workers, and patients exposed to radionuclides. In …

Parameter uncertainties for the biokinetic model of caesium (Cs) developed by Leggett et al.
were inventoried and evaluated. The methods of parameter uncertainty analysis were used …

The objective of the present study is to assess overall uncertainty in biokinetic and
dosimetric models of α, β, αγ, and βγ-emitters. International Standard Organization (ISO) …

During the decade following the Chernobyl accident, the International Commission on
Radiological Protection (ICRP) developed dose coefficients (doses per unit intake) for …

The dosimetry of internal exposure to radionuclides is performed on the basis of biokinetic
and dosimetric models. For prospective purpose, the organ or effective dose resulting from …

A parameter uncertainty analysis has been performed to derive the probability distribution of
the weighted equivalent dose to lung for an adult (wlung Hlung) per unit exposure to radon …

Assessments of risk to a population group resulting from internal exposure to a particular
radionuclide can be used to assess the reliability of the appropriate International …

A parameter uncertainty analysis has been performed to derive the probability distribution of
the weighted equivalent dose to lung for an adult (w (lung) H (lung)) per unit exposure to …