Fracture resistance of heat pressed versus milled lithium disilicate based ceramic copings with three different thicknesses
Mohamed Hany Mohamed Amin;
Abstract
The research presented in this study evaluated the effect of coping
thickness and processing technique on the fracture resistance of ceramic
copings under static and cyclic conditions.
A total number of 60 all-ceramic lithium disilicate non-anatomical
thickness and processing technique on the fracture resistance of ceramic
copings under static and cyclic conditions.
A total number of 60 all-ceramic lithium disilicate non-anatomical
Other data
| Title | Fracture resistance of heat pressed versus milled lithium disilicate based ceramic copings with three different thicknesses | Other Titles | مقاومة الكسر لأغطية خزفية من عنصر الليثيوم ديسليكيت المضغوط بالحرارة والمطحون بإستخدام ثلاث سمكات مختلفة | Authors | Mohamed Hany Mohamed Amin | Keywords | Fracture resistance of heat pressed versus milled lithium disilicate based ceramic copings with three different thicknesses | Issue Date | 2012 | Description | The research presented in this study evaluated the effect of coping thickness and processing technique on the fracture resistance of ceramic copings under static and cyclic conditions. A total number of 60 all-ceramic lithium disilicate non-anatomical |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| 109128Mohamed Hany Mohamed Amin.pdf | 996.86 kB | Adobe PDF | View/Open |
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