Effect of Thickness, Processing Technique and Cooling Rate Protocol on the mu TBS of a Bilayer Ceramic System

Papaiz Goncalves Fernanda de Cassia; Antonio Bottino Marco; Marques de Melo Renata Marinho; Assunao Souza Rodrigo Othavio

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Effect of Thickness, Processing Technique and Cooling Rate Protocol on the mu TBS of a Bilayer Ceramic System

机译：厚度，加工工艺和冷却速率规程对双层陶瓷体系μTBS的影响

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摘要

Purpose: To evaluate the influence of different processing techniques, ceramic thicknesses, and cooling rate protocols on the mu TBS of a veneering ceramic to zirconia (Y-TZP).

机译：目的：评估不同加工技术，陶瓷厚度和冷却速率规程对贴面陶瓷氧化锆（Y-TZP）的mu TBS的影响。

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来源
《The journal of adhesive dentistry》 |2015年第4期|共6页
作者
Papaiz Goncalves Fernanda de Cassia; Antonio Bottino Marco; Marques de Melo Renata Marinho; Assunao Souza Rodrigo Othavio;
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正文语种 eng
中图分类口腔科学;
关键词
zirconia; all-ceramics; microtensile; bond strength; pressed ceramics;

机译：氧化锆;全陶瓷;微拉伸;粘结强度;压制陶瓷;

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1. Effect of Thickness, Processing Technique and Cooling Rate Protocol on the mu TBS of a Bilayer Ceramic System [J] . Papaiz Goncalves Fernanda de Cassia, Antonio Bottino Marco, Marques de Melo Renata Marinho, The journal of adhesive dentistry . 2015,第4期

机译：厚度，加工工艺和冷却速率规程对双层陶瓷体系μTBS的影响
2. Advanced cooling techniques: thermal dynamics looks at newer technology, equipment, and processes to improve quality and performance of its line of heat exchanger products and cooling systems [J] . F. Bokulich Automotive engineering international . 1998,第9期

机译：先进的冷却技术：热力学着眼于更新的技术，设备和工艺，以提高其热交换器产品和冷却系统系列的质量和性能
3. Coordinatively Unsaturated Diiron Complexes: Synthesis and Crystal Structures of [Fe_2(CO)_4(#mu#-H)(#mu#-P~tBu_2)(#mu#-Ph_2PCH_2PPh_2)] and [Fe_2(CO)_4(#mu#-CH_2)(#mu#-H)(#mu#-P~tBu_2)(#mu#-Ph_2PH_PPh_2) [J] . Hans-Christian Bottcher, Kurt Merzweiler, Christoph Wagner Zeitschrift fur Anorganische und Allgemeine Chemie . 1999,第6期

机译：配位不饱和的二价铁配合物：[Fe_2（CO）_4（＃mu＃-H）（＃mu＃-P〜tBu_2）（＃mu＃-Ph_2PCH_2PPh_2）]和[Fe_2（CO）_4（#mu ＃-CH_2）（＃mu＃-H）（＃mu＃-P〜tBu_2）（＃mu＃-Ph_2PH_PPh_2）
4. DEVELOPMENT OF A THERMAL-HYDRAULIC CODE FOR CHINESE HELIUM-COOLED CERAMIC BREEDER TBM COOLING SYSTEM [C] . Jie Wang, Guanghui Su, Wenxi Tian, International conference on nuclear engineering . 2014

机译：中国氦冷却陶瓷混合机TBM冷却系统热工代码的研制
5. MODELING TEMPERATURE AND SURFACE HEAT TRANSFER COEFFICIENT IN BEEF CARCASS COOLING USING FINITE ELEMENT TECHNIQUE (FAT LAYER THICKNESS, LEAST SQUARES ESTIMATION, WEIGHT, PROCESSING, TIME DATA). [D] . POTLURI, PRAKASH LAL. 1985

机译：使用有限元技术（脂肪层厚度，最小二乘估计，重量，处理，时间数据）对牛肉肋骨冷却中的温度和表面传热系数建模。
6. Long-term fracture load of all-ceramic crowns: Effects of veneering ceramic thickness application techniques and cooling protocol [O] . Júlia-Magalhães-da Costa Lima, João-Paulo-Mendes Tribst, Lilian-Costa Anami, 2020

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7. Ceramics and healthy heating and cooling systems: thermal ceramic panels in buildings. Conditions of comfort and energy demand versus convective systems [O] . V. Echarri Iribarren, A. L. Galiano Garrigós, Á. B. González Avilés 2016

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8. Internal Stresses in Model Ceramic Systems II A. X-Ray Strain Measure?ment Techniques for Ceramic bodies B. Extending the Rage of Replica?tion Techniques [R] . Leonard N. Grossman, Richard M. Fulrath, Robert B. Langston 1959

机译：模型陶瓷系统的内部应力II a.陶瓷体的X射线应变测量技术B.扩展复制技术的愤怒

Effect of Thickness, Processing Technique and Cooling Rate Protocol on the mu TBS of a Bilayer Ceramic System

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