Table 1.
Mathematical parameters for the head, trunk, and leg models in the TRM, TRW, and ORNL adult phantom.
Table 2.
Elemental compositions and densities of organs and tissues for the Taiwanese reference phantoms.
Fig 1.
Comparison of the average organ mass between Taiwanese male vs. ORNL adult phantom and Taiwanese female vs. ORNL adult phantom.
Fig 2.
3D models of the ORNL adult phantom, TRM, and TRW in the anterior-posterior (AP) view and posterior-anterior (PA) view.
The skin and muscle have been removed to reveal the skeletal system and inner organs.
Table 3.
Average organ volume of Taiwanese male, female, and the ORNL adult phantom.
Fig 3.
Self-SAFs of the TRM, TRW, and ORNL adult phantom.
(a) Pancreas and (b) spleen were simulated.
Table 4.
Self-SAFs (kg-1) of the liver, pancreas, and spleen from the ORNL adult phantom, ORNL female phantom, Japanese reference phantom, Korean reference phantom, TRM, and TRW at 0.03, 0.1, and 1 MeV.
Fig 4.
SAFs of the TRM, TRW, and ORNL adult phantom.
(a) SAF(pancreas←liver) and (b) SAF(small interest←thyroid) were simulated.
Table 5.
SAFs (kg-1) from liver to pancreas, spleen, and kidneys for the ORNL adult phantom, ORNL female phantom, Korean reference phantom, TRM, and TRW at 0.03, 0.1, and 1 MeV.
Fig 5.
S-value ratios between the ORNL adult phantom and the OLINDA/EXM.
The liver was the source organ, and 131I and 99mTc were the source terms, respectively.
Table 6.
S-values (mGy/MBq.s) and %CV of TRM with 131I in the kidneys, liver, lungs, and thyroid, respectively.
Table 7.
S-values (mGy/MBq.s) and %CV of TRM with 99mTc in the kidneys, liver, lungs, and thyroid, respectively.
Table 8.
S-values (mGy/MBq.s) and %CV of TRW with 131I in the kidneys, liver, lungs, and thyroid, respectively.
Table 9.
S-values (mGy/MBq.s) and %CV of TRW with 99mTc in the kidneys, liver, lungs, and thyroid, respectively.
Fig 6.
S-value ratios of (a) TRM/ORNL adult phantom and (b) TRW/ORNL adult phantom. The liver was the source organ, and 131I and 99mTc were the source terms, respectively.