1.
Clinical effects of IPS e.max all porcelain veneer on the anterior teeth
IPS e.max铸瓷贴面在前牙美容修复中的临床应用
2.
Color Evaluation of Cerinate Porcelain Veneer Restorations;
Cerinate瓷贴面修复色彩影响因素的研究
3.
Clinical Study of Esthetics Treatments of Procelain Laminate Veneer of Anterior Teeth;
前牙烤瓷贴面的修复应用及临床观察
4.
The study on the marginal adaptation of E-max ceramic veneer
E-max全瓷贴面边缘适合性的研究
5.
Laser Alloying of Ductile Iron Surface Coated with Sub-Micron Ceramics
球墨铸铁表面激光亚微米陶瓷合金化
6.
Use some glue to stick the ceramic tiles together.
加一些墙面胶, 把瓷砖和墙面贴合在一起。
7.
INTERFACE REACTION BETWEEN CERAMIC MOULDS AND Ti46Al1B AS-CAST VALVES
陶瓷壳型面层材料与Ti46Al1B阀门铸件的界面反应
8.
Clinical nursing care of patients underwent ceramic veneer cosmetology to repair diastema of anterior teeth
烤瓷贴面美容修复前牙间隙的临床护理
9.
Combination of orthodontic therapy and ceramic veneers in cosmetic restoration of anterior teeth
正畸与烤瓷贴面在前牙美容修复中的联合应用
10.
Clinical Evaluation of IPS-Empress Ⅱ Ceramic Veneer in Cosmetic Repairing
IPS-EmpressⅡ瓷贴面上前牙美容修复的临床评价
11.
Clinical evaluation of porcelain laminate veneer in restoration for upper incisors
应用瓷贴面美容修复上切牙的临床疗效观察
12.
Research on the Fundamental Technology of SiC Reinforced Steel Matrix Surface Composite Prepared by Casting Infiltration Method;
铁基表面铸渗SiC陶瓷颗粒的技术基础研究
13.
Ceramic Mould Precision Casting Technology of Magnesium Alloy and Interface Reaction
镁合金陶瓷型精密铸造工艺及界面反应的研究
14.
An in vitro study of the fracture strength of tooth preparations for Empress 2 veneers and crowns and mandibular incisors restored with Empress 2 veneers and crowns
下颌切牙Empress 2瓷贴面与全瓷冠牙预备体及全瓷修复复合体的抗折裂研究
15.
Effects of Environmental Factors on the Color of Bonding Agents for Porcelain Veneer;
三种常见环境因素对瓷贴面结剂颜色影响的实验研究
16.
Fabrication and Material of Black Alumina Ceramic Substrate Used for SMD Quartz Crystal Oscillator;
表面贴装石英晶振黑色Al_2O_3陶瓷基座材料及其制备工艺研究
17.
The initial study of improving tetracycline teeth's color by IPS-EMPRESSⅡ ceramic veneer in vivo
IPS-EMPRESSⅡ全瓷贴面对四环素牙颜色改善的初步临床研究
18.
The Interfacial Reaction Law and Micromechanism between Titanium Alloy Melts and Ceramic Mould;
钛合金熔体与陶瓷铸型界面反应规律及微观机理研究