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The radiation dose was calculated for random samples.
The injected dose was calculated as described above.
The effective dose was calculated as 8.8 μSv/MBq.
The neutron dose was calculated from the responses of a linear combination of TLD group detectors.
The effective radiation dose was calculated at 0.32 to 0.40 mSv, depending on the patient's age.
Mean dose was calculated by dividing the cumulated dose by the cumulated duration of catecholamine administration.
The effective dose was calculated using the International Commission on Radiological Protection 103 recommendations.
An overestimation of 10% in dose was calculated by both systems downstream of the small air cavity.
The effective dose was calculated as 0.061 mSv and 0.04 mSv for tooth regions 3 (16) and 30 (46), respectively.
Also for blood, the absorbed dose was calculated assuming 100% absorption of the α-particles, i.e., ø = 1.
The percentage increase of effective dose was calculated using the weighting factors in ICRP 103 (see Table 2).
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