Karen Clement at 19:20, 12 September 2019

2019-09-12T19:20:22Z

Intern: Created page with "The sum of the products of the sex-averaged committed organ- or tissue-equivalent doses, $H_T(τ)$ , and the appropriate tissue weighting factors ( $w_T$ ),..."

2019-06-06T18:42:47Z

Created page with "The sum of the products of the sex-averaged committed organ- or tissue-equivalent doses, <math>H_T(τ)</math>, and the appropriate tissue weighting factors (<math>w_T</math>),..."

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The sum of the products of the sex-averaged committed organ- or tissue-equivalent doses, <math>H_T(τ)</math>, and the appropriate tissue weighting factors (<math>w_T</math>), where <math>τ</math> is the integration time in years following the intake. The commitment period <math>τ</math> is taken to be 50 years for adults, and to 70 years of age for children. (adapted from [[ICRP Publication 103]], 2007)

where <math>τ</math> is the integration time following the intake at time <math>t_0</math>. The quantity committed effective dose <math>E(τ)</math> is then given by:
<div style='text-align: center;'>
<math>
E(τ) = \displaystyle \sum_{T} w_tH_t(τ)
</math>
</div>

''[[ICRP Glossary]] entry - May 2019''

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Committed effective dose - Revision history

Karen Clement at 19:20, 12 September 2019

Intern: Created page with "The sum of the products of the sex-averaged committed organ- or tissue-equivalent doses, H_T(τ), and the appropriate tissue weighting factors (w_T),..."

Intern: Created page with "The sum of the products of the sex-averaged committed organ- or tissue-equivalent doses, $H_T(τ)$ , and the appropriate tissue weighting factors ( $w_T$ ),..."