1.
Modeling of Stress Transfer at the Interface of the Cemented Prosthesis and Femur
骨水泥假体柄-股骨界面应力传递模型
2.
The Effect of the Bone Formation on New Low Elastic Modulus β Ti Alloy Implant-bone Interface;
新型低弹β钛合金植入物—骨界面成骨效应研究
3.
Simple modeling of stress transfer at interface of cemented prosthesis and femur
骨水泥假体柄与股骨界面应力传递简化模型
4.
Experimental Study on the Integration between LARS Artificial Ligament and Bone Interface
LARS人工韧带与骨界面结合的研究
5.
COMPARATIVE STUDY OF TENDON-BONE HEALING AND BONE-BONE HEALING AFTER ANTERIOR CRUCIATE LIGAMENT RECONSTRUCTION
前交叉韧带重建术后腱-骨和骨-骨界面愈合的比较研究
6.
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。
7.
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
8.
Experimental Study of Osteogenesis at Interface and Inside Hollow Prosthesis Combined with rhBMP-2;
中空金属假体复合rhBMP-2的骨界面及腔室内成骨的实验研究
9.
The Bone-screw Interface of Thoracolumbar Pedicle: A Change of Histology and Imaging;
胸腰椎骨折经椎弓根固定钉骨界面影象及组织学改变
10.
Research on promoting bone regeneration around dental implants with bone marrow mesenchymal stem cells transfected by human bFGF gene
hbFGF基因转染骨髓间充质干细胞促进种植体周骨界面形成的研究
11.
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
12.
Interface shear stress between the artificial bones and injectable calcium phosphate glue:an experimental study in rabbits
新型复合纤维蛋白胶可注射性磷酸钙人工骨-骨界面力学性能研究
13.
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
14.
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
15.
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
16.
A Study on the Stress Distributive Patterns at the Bone Interface Around Artificial Dental Implants;
人工种植牙—骨界面应力分布规律的研究
17.
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
18.
Establishment of animal models with osseointegration of immediate placement of implants
即刻种植骨界面结合的beagle犬动物模型的建立