full denture

英 [fʊl ˈdentʃə(r)] 美 [fʊl ˈdentʃər]

网络  全口义齿; 全口假牙托

医学



双语例句

  1. Objective To evaluate the effects of making a new full denture based on the old one.
    目的评价用旧的全口义齿制取新全口义齿的临床效果。
  2. Objective: To establish three-dimension ( 3D) rectangular coordinate and to obtain relevant parameters of artificial tooth morphology for full denture.
    前言:目的建立用于全口义齿人工牙的三维坐标系并测量其相应参数值。
  3. The comparative study regarding masticatory efficiency of absorbance toward full denture based on 30 cases
    吸光度法对30例全口义齿咀嚼效能的比较研究
  4. The development of robot manufacturing system for full denture is a bold attempt of robot technology in oral cavity repairing.
    排牙机器人的研制是将机器人应用于口腔修复医学的一次大胆尝试。
  5. Mastication was res to red with full denture.
    采用全口义齿修复,咀嚼功能恢复。
  6. Clinical evaluation of fixation and stabilization of applying silicone soft lining material in full denture
    硅橡胶软衬材料用于全口义齿固位和稳定的临床评价
  7. The clinical experience of full denture prosthesis
    全口总义齿修复的临床体会
  8. Lingual flange area extension of full denture: clinical analysis of 23 cases
    全口义齿舌翼区伸展固位23例临床分析
  9. Iatrical robot seldom used to tooth arrangement of full denture and be a lot of problems with shortage.
    医用机器人在全口义齿排牙中的应用很少,并且存在很多的问题和不足。
  10. Re-suits: The alveolar bone's absorption of the ordinary full denture is more evident than that of the mantled full denture.
    结果:普通全口义齿组的牙槽骨吸收较覆盖全口义齿组明显。
  11. Mechanics characteristics of the full denture of upper jaw is analyzed by means of finite element model.
    对上颌全口义齿组织通过有限元模型作了力学分析;
  12. This model was recommended for full denture biomechanics research and classroom demonstration.
    模型仿真性强,可用于全口义齿生物力学研究和教学演示。
  13. 3D Modelling of Upper Jaw Full Denture Using CAD
    计算机辅助设计建立上颌全口义齿三维边界元模型
  14. Mechanics Analysis on Full Denture of Upper Jaw
    上颌全口义齿组织的力学分析
  15. Application of robot in full denture making
    机器人在全口义齿制作中的应用研究
  16. Conclusion Overcoming the problem of serious lowness of mandibular alveolar ridge is the key to strengthening the retention of mandibular full denture.
    结论:克服下颌牙槽嵴低平的不利条件关键是增强义齿固位力。
  17. Discussion on the retention of mandibular full denture
    浅谈下颌总义齿的固位
  18. Some analysis results and suggestion have been given to design and make the full denture reasonably.
    为合理地设计与制作义齿提供了一些分析结果和有益的建议。
  19. Objective: To estimate clinical effect of vacuum-form-resin-temporary base plate in full denture fabrication.
    目的:评价真空成型树脂暂基托在全口义齿制作中的临床效果。
  20. The effect of full denture duplication
    全口义齿的复制效果
  21. The blood velocity of the MCA of the subjects with natural teeth increase more than that of the patients with full denture.
    牙列完整受试者咀嚼后大脑中动脉血流速度加快较无牙颌患者戴全口义齿咀嚼后的更明显;
  22. Establishment of artificial tooth coordinate for full denture
    用于全口义齿的人工牙三维坐标系的建立
  23. Studies on prosthesis of complete denture after immediate full denture
    即刻全口义齿再修复研究
  24. The Usage of multimedia teaching method in full denture education
    立体化教学法在全口义齿教学中的应用
  25. A report on the fenestration in anterior labial base plate of full denture
    总义齿13-23,33-43唇侧基托开窗设计1例报告
  26. Objective To study the flange technique used in patients with lower and seriously absorbed alveolar ridge to assure the stability of the full denture in the mouth.
    目的解决下颌牙槽嵴低平,吸收严重,修复难度高的无牙牙合患者的义齿修复,确保义齿在口腔内的安定性。
  27. The traditional way of full denture manufacturing is manual with low efficiency and high rejection, but quantitative tooth arrangement can realize perfect quality and high efficiency by using a robot manufacturing system with Computer Aided Design.
    传统全口义齿制作是由手工定性操作完成的,工作效率低,返修率高。使用计算机辅助设计和机器人辅助操作来实现定量排牙可以减小排牙的随机性,确保义齿质量,提高工作效率。