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COVs from the 37 mm sphere were < 25.3% in all scans.
The sensor board and rechargeable battery were cast into a one inch (25.4 mm) sphere using silicone rubber.
Fig. 4 Contrast to background variability ratios for the smallest (10 mm) sphere and 2 8 iterations, with different reconstruction settings for the Biograph mCT and mMR system.
The use of full Monte Carlo collimator modelling was shown to further improve CR by 14% (30 mm sphere, CR = 90%, p < 0.05).
The ratios of packed bed diameter to packing diameter for 9.5 mm and 5 mm sphere packing were ∼9.5 and 18 respectively, with the average packed bed porosities around 0.4.
The optimised OSEM protocol with full MC collimator modelling (5 iterations, 15 subsets) yielded a higher CR than the default OSEM protocol (2 iterations, 10 subsets), with an increase of over 42% (p < 0.001) observed for the 30 mm sphere.
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b Schematic representation of transaxial slice of AbdoMan™ phantom showing positions of spheres (A = 20-mm sphere, B = 40-mm sphere with 25-mm solid core, C = 40-mm sphere, D = 10-mm sphere, E = 30-mm sphere) N.B.
Transaxial line profiles through the centre of the 37-mm sphere (a, d, g), 22-mm sphere (b, e, h) and 13-mm sphere (c, f, i).
The 3-mm sphere in free air was missing.
The 8-mm sphere had a particularly high RC50bg.
The results for the 50-mm sphere are similar.
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