In this article,review is made of the present status of application of cast Ti and Ti alloy in dentistry.
简要评述了钛及其合金铸件在牙科医疗上的应用现状。
The design basis and thinking of the dentistry medical vehicle is introduced, and the implementation scheme meeting the function needs is also presented.
提出牙科医疗车的设计依据和思路,介绍为满足功能要求而实施的方案。
Randomized controlled trial study for preventing dental fear during caries treatments;
龋齿充填中两种预防牙科畏惧症方法的比较
The characteristic and demand of dental materials and the merits of titanium and titanium alloys as dental materials were introduced.
简述了牙科材料的特性与要求,以及钛及其合金作为牙科材料的优点,综述了钛及其合金在牙科方面的应用研究现状和国内外的动态,介绍了目前钛制品生产主流的熔模铸造技术的工艺关键及其研究进展,指出包埋材料和涂料的发展对于钛及其合金作为牙科材料研究的重要性。
Influence of manufacture technique on translucency and color of dental porcelain;
制作工艺对牙科陶瓷半透性和颜色的影响
The mechanism and method of color match of dental porcelain is discussed in order to matchcolors vanadium-zirconium yellow,zirconium-praseodymium yellow,zirconium-ferrum red and chromium-aluminum-zincum red were introduced into the dental porcelain.
探讨牙科陶瓷配色的方法和机理,通过将钒锆黄、锆镨黄、锆铁红、铬铝锌红对牙科陶瓷进行配色。
The mechanism and method of computer color match for ceramics is discussed by taking the dental porcelain as an example.
以牙科陶瓷为例探讨了陶瓷材料计算机配色的方法和机理,建立了牙科陶瓷计算机配色数据库,通过实验对数据库进行了修正,分析了配色不准的原因并提出了解决办法。
On mercury pollution brought by the dental amalgam fillings;
牙科汞齐造成的汞污染研究进展
Progress in carbon nanotube based dental ceramic material;
碳纳米管增韧牙科陶瓷修复材料的研究进展
Development of the resin bond to dental ceramics;
牙科陶瓷树脂粘接研究进展
Research on dental ceramics by Spark Plasma Sintering;
放电等离子烧结法制备牙科陶瓷的研究
Mechanism and evaluation method of dental materials abrasion;
牙科材料磨损的机制及其评价方法
Residual HEMA released from five hybrid dental materials of composite resin and glass ionomer after curing;
五种复合树脂和玻璃离子混合型牙科材料固化后HEMA单体释放量的检测
This paper presents the latest development in tribological study of dental materials.
评述了口腔摩擦学系统的特征与参数、口腔磨损环境以及天然牙和牙科材料的磨损机理,简要介绍了目前国内外关于天然牙和牙科材料的磨损性能测量方法以及口腔磨损环境模拟测试系统的研究现状,指出今后在考虑化学环境和各种力等因素协同作用条件下,应加强牙科材料的磨损机理、磨损预测模型及其标准的实验方法和模拟系统的建立等方面的研究。
Damage morphology of dental ceramics indented by Hertzian’s contact;
牙科陶瓷赫兹接触破坏研究
The Effect of Ion-Exchange Technique on Surface Strengthening of Dental Ceramics;
离子交换对常用牙科陶瓷表面增强效果的研究
After contacted with the corrosive environment, observed by SEM, the exposed surface was covered in fewer voids in the part of glass phase, which is similar to other dental ceramics.
按牙科陶瓷国际标准ISO6872推荐标准对一种新型的牙科计算机辅助设计加工(CAD/CAM)陶瓷进行了体外表面抗腐蚀性研究。