1.
Interal fixation with titanic micro-plates in orbital fractures
微型钛板坚强内固定术治疗眼眶骨折
2.
Titanium Miniplate for Treating Maxillofacial Fracture
微型钛板用于颌面部骨折的治疗体会
3.
Methods 26 cases were treated by interal fixation with titanic micro-plates in orbital fractures and followed up 6-12 months after operation.
方法对26例眼眶骨折施行微型钛板坚强内固定术,术后随访6～12月。
4.
Supporting Micro～titanium Rigid Fixation Intermaxillary Fixation for the Treatment of Mandibular Fracture Analysis of 36 Cases
微型钛板坚强内固定辅助颌间固定治疗下颌骨骨折36例临床分析
5.
The study on vertebral canal reconstruction with micro titanium plate after multi-cervical segments intramedullary tumor resection
多颈段髓内肿瘤术后微型钛板重建椎管体会(附36例报告)
6.
Application of intraoral incision miniplate rigid internal fixation technique in mandibular fracture
下颌角骨折口内切口微型钛板内固定技术临床应用观察
7.
The Rigid Internal Fixation (RIF) With tianic Microsplint Be Used for Maxillonfacial fracture.
微型钛夹板坚固内固定在颌面部骨折治疗中的应用
8.
Discussion on the Effect of Fixation with Titanium Microplate Combined with Hook Aluminum Wire Splint on Mandibular Fracture
微型钛钢板固定及用带钩铝丝夹板在下颌骨骨折中的联合应用探讨
9.
The Analysis of Formation Mechanisms of the Plate Containing Nb、Ti Central Cracking
含铌、钛船板钢心部微裂纹成因初探
10.
Development of Nb-Ti Micro-alloyed Steel for Automobile Frame 510L
铌钛微合金化汽车大梁板510L开发
11.
Preparation and Characterization of Submicron Anatase TiO_2 Hollow Spheres
亚微型锐钛矿二氧化钛空心球的制备与表征
12.
Low-temperature synthesis of anatase TiO_2 microshperes via hydrothermal reaction
低温下水热法合成锐钛矿型二氧化钛微米球
13.
Mathematical Model for the Cold Rolling Force of Titanium Plate
纯钛板材冷轧的轧制力数学模型研究
14.
The influences of brookite and anatase TiO_2 on the microstructure of Bi_4Ti_3O_(12) synthesized by a hydrothermal method
板钛矿和锐钛矿TiO_2对水热合成Bi_4Ti_3O_(12)微结构的影响
15.
Research on Synthesis of TiO_2-Pillared Microporous Manganese Oxide;
钛铸型锰氧微孔复合材料的合成研究
16.
titanium plate and titanium coating layer colour painting
钛板和钛镀层彩色画
17.
Surgical Treatment of Intra-articular Fractures of the Calcaneus;
可塑型跟骨钛钢板治疗跟骨关节内骨折
18.
Biomechanical Evaluation of Anterior Multifunctional Cervical Plate System Made of a New Type of Titanium-alloy
新型钛合金颈椎前路钢板的生物力学评价