1.
A comparison study of apical deviation of curved canals with ProTaper Nikel-Titanium hand-files and stainless steel K-files
ProTaper手动镍钛锉与手用不锈刚K锉预备弯曲根管效果对比研究
2.
Clinical analysis of reasons for breaking of Hand ProTaper Nickel-titanium files during root canal therapy
手用ProTaper镍钛锉临床折断原因的初步分析
3.
Manual Protaper Nickel Titanium File in the Application of Teeth after Bending Root Canal Preparation
Protaper手动镍钛锉在后牙弯曲根管预备中的应用
4.
Experiment of useful life of rotary nickel titanium hand files for root canal preparation
根管治疗中旋转镍钛锉安全使用次数的测试
5.
Clinical study of HERO642 nickel-titanium files in preparation of curved molar root canals
HERO642镍钛锉预备弯曲根管的临床应用研究
6.
A clinical research of two Ni-Ti rotary instruments on severe bending molar root canal preparation by reverse flaring technique
倒敞法结合2种机用镍钛锉预备重度弯曲后牙根管的应用研究
7.
Management of hand-used Ni-Ti Protaper instrument in singlevisit root canal therapy
Protaper手动镍钛锉在磨牙一次性根管治疗术中的应用
8.
Study of the Ultrasonic Fatigue Behavior and Mechanism for Nickel-Titanium Endodontic Files;
镍钛根管锉超声疲劳行为及其机理研究
9.
Clinical evaluation of Protaper Universal File in Root Canal Preparation
Protaper Universal手用镍钛根管锉预备根管的效果分析
10.
Evaluation of the use of NiTi files in the retreatment of resinified canals
应用镍钛再治疗锉处理塑化根管的疗效评价
11.
Comparative Study on Curved Root Canals Preparation with Profile Niti Rotary Instruments Protaper Niti Hand Instruments and Stainless Steel K-Files;
ProFile与ProTaper镍钛根管器械与不锈钢K锉预备弯曲根管的实验研究
12.
The Effectiveness of Manual and Mechanical Instrumentation for the Retreatment
两种镍钛再治疗器械和手用锉清理根管内充填材料效果比较
13.
Comparison of removing nickel-titanium and stainless-steel broken files from root canal by ultrasonic technique in vitro
超声法取根管内折断的镍钛和不锈钢根管锉的效果比较
14.
In vitro release of Ni ions from four types of Ni-Ti orthodontic arch wires
4种镍钛正畸弓丝镍离子析出的体外实验
15.
Corrosion resistance of Ni-Cr and Ni-Cr-Ti alloy in artificial saliva
镍铬和含钛镍铬烤瓷合金的耐腐蚀性能研究
16.
Study of Bioactive Coatings on the Surface of Titanium and Nitinol by Micro-arc Oxidation
钛及镍钛合金表面微弧氧化生物涂层的研究
17.
An Experimental Study on Biocompatibility and Ni～(2+) Separation of Nitinol Modified on Its Surfaces by Titanium or Titanium-Niobium Alloy;
钛、钛铌修饰的镍钛合金生物相容性及Ni～（2+）析出实验研究
18.
But not only is nitinol capable of remembering, is also has the ability to "learn".
镍钛诺不仅有记忆力，还能“学习”。