dental porcelain

英 [ˈdentl ˈpɔːsəlɪn] 美 [ˈdentl ˈpɔːrsəlɪn]

网络  牙瓷料; 牙科用陶瓷; 牙科陶瓷; 牙科瓷

医学



双语例句

  1. The Evaluation of the Use of Ni-Cr Alloy to Dental Porcelain Repair
    镍铬合金烤瓷在牙齿修复中的效果评价
  2. The mechanism and method of computer color match for ceramics is discussed by taking the dental porcelain as an example.
    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。
  3. As dental porcelain is used widely in the clinic, the friction and the wear is unavoidable in the mouth.
    牙科陶瓷材料在临床上应用广泛,口腔环境中陶瓷材料的摩擦磨损不可避免。
  4. What can prevent dental porcelain teeth?
    电动冲牙器能代替洗牙么?
  5. Basic Study on Joining Technology of Ni-Cr Alloy and Dental Porcelain
    Ni-Cr合金与陶瓷连接技术基础研究
  6. Initial evaluation of biocompatibility of domestic dental porcelain fused to metal
    国产金属烤瓷材料生物安全性的初步评价
  7. The studies of oral biotribology, the friction mechanism of nature tooth and dental porcelain, the match of dental porcelain was reviewed in this paper.
    本文就口腔生物摩擦学、天然牙及牙科陶瓷材料的摩擦机制、牙科陶瓷材料匹配性的研究现状作一综述。
  8. Analysis of Reinforce Dental Feldspathic Porcelain by Different Sintering Methods; Study of the rapid separation of red mud in Sintering process and its industrialization
    不同烧结工艺对牙科钾长石陶瓷增强的研究烧结法赤泥快速分离科研与产业化探索
  9. Through its special metal porcelain dental materials and dental porcelain powder to help, have been sealed in a similar way dental crown on top, and then play a role in protecting root dentin.
    烤瓷牙通过其特殊金属材料和牙瓷粉的帮助,已牙冠似的方式密封于牙齿之上,进而起到保护牙本质牙根的作用。
  10. Methods Hertzian contact technique with WC spheres was used to investigate the response of feldspathic dental porcelain to cyclic fatigue.
    目的比较两种最大载荷值下牙科脆性陶瓷赫兹触压循环疲劳损伤模式。
  11. A Study on the Bond Interface Between Low fusing Dental Porcelain and Pure Titanium
    低熔瓷熔附于纯钛的结合界面研究
  12. Objective To analyze the hydrolysis and condensation reactions of a two-mix dental porcelain primer and their effect on porcelain-resin bonding.
    目的:分析牙科双组分陶瓷偶联剂混合后的反应机制及其对瓷和树脂粘结强度的影响。
  13. A Study on the Bond Interface between Low-fusing Dental Porcelain and Pure Titanium and a Clinical Evaluation of Ti-bond System
    钛瓷结合界面研究及Ti-Bond钛烤瓷系统的临床应用研究
  14. Analysis of hydrolysis and condensation in two-mix dental porcelain primer and their effect on porcelain-resin bonding
    双组分偶联剂的水解与缩合反应及其对瓷和树脂粘结强度影响的分析
  15. Objective: To investigate the influence of CDIC dental implant and baked porcelain metal crown on MRI image.
    目的:观察在颅脑磁共振成像(MRI)检查中,口腔内种植体和烤瓷金属冠对MRI影像学诊断的影响。
  16. Ring cracks and secondary radial cracks were the more common source of the ultimate failure of feldspathic dental porcelain.
    切削陶瓷试件破坏来源于触点外侧的锥状裂纹和后续的放射状裂纹。
  17. Conclusions: The dental machinable porcelain prepared by using spark plasma sintering excel VITA MARK ⅱ in fracture toughness, and its hardness is suitable for medical treatments, which can meet the need in medical treatments.
    结论:SPS技术制备的牙科可加工长石陶瓷材料,硬度适于医用,断裂韧性优于VITAMARKⅡ产品,能够达到医用要求。
  18. CONCLSUION: The AP-X composite resin is an ideal material for dental porcelain bonding, but it is sensitive to the operative procedure.
    结论:AP-X树脂与瓷之间的黏结性能较好,但对操作技术较为敏感。
  19. Comparison of two dental machinable feldspathic porcelain
    两种牙科可加工长石瓷的比较研究
  20. Effect of Surface Treatment on Friction and Wear Behavior of Dental Porcelain
    表面处理工艺对长石质牙科陶瓷摩擦学特性的影响
  21. Research on the sintering properties of three kinds of dental porcelain systems and dental zirconia bridge material
    牙科氧化锆支架材料与三种临床常用瓷烧结性能的研究
  22. Study of preparation of dental porcelain by using two nucleating agents
    双相成核剂制备牙用烤瓷粉的研究
  23. This paper describes the main physical property, preparation process of leucite as the strengthening body in the dental ceramic material, analyzes its impact on some performance of the dental porcelain and investigates its reinforcing mechanism.
    阐述了作为牙科陶瓷材料增强体的白榴石的主要物理性质、制备工艺,探讨了它对牙科瓷各项性能的影响,并详细地分析了其增强机理。
  24. Pilot study on color match method of dental porcelain and its application
    牙科陶瓷配色方法和应用的初步研究
  25. Study on serial colouration of dental porcelain
    牙科烤瓷系列配色研究
  26. The effect of area on the color of dental porcelain
    面积对陶瓷修复体体瓷色度学的影响
  27. The SPS technology was applied to prepare the dental feldspathic porcelain material in this paper for the first time. The sintering mechanics and various kinds of physics and chemistry performance of feldspathic porcelain were studied.
    首次采用SPS技术制备了牙科长石瓷材料,系统研究了长石质陶瓷的烧结工艺和各种理化性能。