机译:恢复严重受损的脊髓抗胎型:内核长度对锂静止型CAD-CAM陶瓷端口分子的边缘完整性和疲劳性的影响
Division of Cariology and Endodontology School of Dentistry University of Geneva;
Division of Cariology and Endodontology School of Dentistry University of Geneva;
Division of Cariology and Endodontology School of Dentistry University of Geneva;
Laboratory of Biomechanics Department of Mechanics Biomechanics and Mechatronics Faculty of;
Department of Composites and Carbon Materials Institute of Rock Structure and Mechanics Academy;
Department of Dental Materials Science ACTA;
Division of Cariology and Endodontology School of Dentistry University of Geneva;
Endocrown; CAD-CAM; Lithium disilicate; Endodontically treated; Fatigue; Endo-core; Marginal integrity;
机译:恢复严重受损的脊髓抗胎型:内核长度对锂静止型CAD-CAM陶瓷端口分子的边缘完整性和疲劳性的影响
机译:CAD-CAM复合树脂覆盖层的厚度会影响经牙髓治疗的前磨牙的耐疲劳性
机译:锂静止玻璃 - 陶瓷或聚合物渗透陶瓷网络的Endocrows比较和直接复合树脂修复:疲劳性能和应力分布
机译:通过手术牙冠加长保守治疗和CAD-CAM铣削在二硅酸锂中修复单颗牙齿。个案报告
机译:与锂末端和Cerasmart Endocrows相比,用纤维柱保持锂静止牙冠的骨折耐骨抗损伤抗骨折:体外研究