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Figure 1 Phantom sphere profiles.
Elschot et al. found the absorbed dose quantitative error of a 37-mm diameter phantom sphere of 90Y radioconcentration 2.4 MBq/ml to be −11% uncorrected and +6% corrected for partial volume effects [35].
90Y phantom studies of lutetium-based time-of-flight PET/CT systems found the spatial resolution to be 9.3 mm, and the minimum detectable 90Y radioconcentration of a 10-mm phantom sphere was approximately 1 MBq/ml [23, 32].
Willowson et al. showed a phantom sphere of 90Y radioconcentration 3.9 MBq/ml and diameter 37 mm to have a recovery coefficient of approximately 0.8, and a trend was observed for recovery coefficients to approach 1 with increasing sphere size [33].
The Phantom sphere's dome drivers protrude from the side, wobbling in and out to generate enormous sound from the vacuum inside its closed box architecture. .
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Fill all phantom spheres with this solution [1].
True FDG activity concentration in the phantom spheres.
Again, RCmean and RCmax were measured for all phantom spheres and compared to EARL accreditation specifications.
For all phantom spheres, both RCmean and RCmax fulfilled EARL accreditation specifications.
At T m,1 = 16:24:00, the concentration in the phantom spheres [S true] was 30.2 kBq/mL.
Fig. 1 RCmean and RCmax values for all phantom spheres, as compared to EARL minimal and maximal accreditation specifications.
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