1.
Study on the Corrosion Behavior of Mg as a Degradable Hard Tissue Implant Material;
镁作为可降解硬组织植入材料腐蚀行为的研究
2.
HISTOPATHOLOGICAL CHANGES OF THREE KINDS OF BONE GRAFTS IN VIVO
三种骨移植材料大鼠体内植入的组织学观察
3.
The Infuences of Material Hardness on Shot Peening Strengthing Treatment;
材料硬度对喷丸组织强化效果的影响
4.
Design Improvement and Histological Evaluation of Soft Tissue Fixation Flange for Implantable Leg Prosthesis;
植入性大腿假肢设计改进与软组织固定罩材料制备及其组织学评价
5.
Fabrication, Structure and Property of Semi-magnetic Alloy;
块状半硬磁材料的制备及组织结构与性能
6.
Analysis of microstructure and hardness test of Al-based composite with (TiB_2+Al_2O_3) strengthened
(TiB_2+Al_2O_3)增强铝基复合材料的组织分析与硬度测试
7.
Project materials drawn from orthopedic devices, soft tissue implants, artificial organs, and dental implants.
骨科器材、组织植体、工脏器和牙科植体的材料设计。
8.
The Histocompatibility Study on Non-nerve Graft Material of the Human-hair Keratin;
人发角蛋白非神经移植材料的组织相容性研究
9.
Histological reaction to the hypodermic implantated root canal filling nanomaterial
皮下种植纳米根管封闭材料的组织学反应
10.
A Kind of Experimental Material Suitable for Plant Tissue Culture--Kalanchoe Blossfeldiana
一种适于植物组织培养的实验材料——长寿花
11.
The relationship between the IL-1 in gingival crevicular fluid around implants early after the implantation during the soft tissue healing and the amount of marginal bone resorption
非埋入式种植体术后早期IL-1与种植体周软硬组织的关系
12.
The hardness tester can be equipped with camera device, it can take photos of tested indentation and material metallographic composition.
硬度机可选配摄影装置，能对所测压痕和材料金相组织进行拍摄。
13.
Research on Nano-hydroxyapatite and Chitosan Composite for Hard Tissue Repair;
纳米羟基磷灰石与壳聚糖复合硬组织修复材料研究
14.
Fabrication of the Cemented Carbide and Steel Bimetal Composites and Investigation on the Structure and Performance;
硬质合金/钢双金属复合材料的制备及组织、性能研究
15.
Effect of Phosphorus Modification and Heat Treatment on Microstructure、Hardness and Wear Behavior of Mg_2Si/Al Composites
P变质及热处理对Mg_2Si/Al复合材料组织、硬度及磨损行为的影响
16.
Characterization of cemented carbides prepared by hot pressing and spark plasma sintering
热压和放电等离子烧结对硬质合金材料微观组织和性能的影响
17.
The appearence of cyclic hardening/ softening depends on the virgin microstructure of materials and the shot-peening intensity.
材料喷丸后发生循环硬化或软化,取决于材料的原始组织结构以及喷丸强度。
18.
Group of Refractory Material Users
耐火材料使用者组织