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9 mW/cm (16.1%) and 194.4 mW/cm (15.6%) for 1.0 mm specimens, 119.3 mW/cm (9.5%) and 111.9 mW/cm (9.0%) for 1.5 mm specimens, and 102.3 mW/cm (8.2%) and 96.0 mW/cm (7.7%) for 2.0 mm specimens. SEM images showed a smoother surface with polishing compared to nonpolished specimens. The thickness and polishing of the restorations were both significant influential factors in light transmission. The range of light transmission percentage through the novel chairside CAD/CAM lithium disilicate blocks was 7.7-16.1%, suggesting that light attenu
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