1.
Histological Study of Microscrews Anchorage Implant-bone Interface Immediately Loaded with Different Orthodontic Force;
即刻加载不同力值的微螺钉支抗种植体骨界面组织学研究
2.
The establishment of three-dimension finite element model for orthodontic anchorage implant-bone interface
支抗种植体—骨界面三维有限元模型的建立
3.
Three Dimensional Finite Element Analysis of Implant-bone Interface of Orthodontic Anchorage
正畸支抗种植体-骨界面三维有限元分析
4.
The effect of different anchorage implant length on stress distribution in implant-bone interface
支抗种植体长度对骨界面应力分布的影响
5.
The Effect of Cortical Bone Thickness on Stress Distribution of Implant-bone Interface;
骨皮质厚度对支抗种植体—骨界面应力分布的影响
6.
Histological study on stainless steel mini-screw and titanium mini-screw as orthodontics anchorage
不锈钢与钛合金支抗微种植体骨界面组织学研究
7.
The Experiment Study of the Interface between the Bone Tissues and Self-drilling/self-tapping Microimplant Anchorage;
自攻/助攻支抗微植体骨界面的实验研究
8.
Histological research of different period of the microscrew implant-bone interface after immediately loading
正畸微植体支抗即刻负载后微植体-骨界面的组织形态学变化
9.
Study of Rhesus Monkey's Craniomaxillary Structure Width
颧骨种植体支抗后牵引上颌骨动物实验
10.
Implant-bone changes following maxillary and mandible mini-implant as anchorage
上下颌骨微型支抗种植体-骨整合的变化
11.
An experimental investigation between osseointegration and stability of implants used as orthodontic anchorage in dogs
正畸支抗种植体骨整合与稳定性的实验研究
12.
Study on histological alterations of mini-screws anchorage implant with jaw bones
微螺钉支抗种植体与颌骨结合的组织学表现
13.
The Establishment of the Animal Model for Backward Traction of Maxilla with Zygomatic Implant Anchorage
种植体支抗向后牵引上颌骨动物模型的建立
14.
Influence of different implant diameters on implant-bone-interface stress distributions in zygomatic implant denture
种植体直径对颧骨种植义齿骨界面应力分布的影响
15.
The Study of Bone Implant Interfaces of Two Kinds of Titanium Implants in Vivo;
两种钛种植体与骨结合界面的动物实验研究
16.
AIM: To analyze the distribution of initial stress around screw implant.
目的:分析螺旋形种植体植入下颌骨后骨界面初始应力的分布。
17.
Influence of different implant length on stress distribution of implant-bone interface with immediate loading
种植体长度对即刻负载种植体骨界面生物力学分布的影响
18.
Study of Rhesus Monkeys Maxillary Three-dimensional Changes of Retractive Forces with Zygomatic Implant Anchorage;
颧骨种植体支抗后牵引上颌骨动物实验CT影像学研究