317L

The electrochemical behavior of stainless steel 317L was studied under different conditions .

研究了医用317L不锈钢在不同条件下钝化的电化学行为。

Investigation on electrochemical method for evaluating passive state of medical stainless steel 317L

医用317L不锈钢钝化状态的电化学评定方法研究

Research on Fibrotic Effect of Ni-Ti and 317L Alloys in Esophagus

Ni-Ti、317L合金在食管局部的致纤维化研究

The selection of 317L steel , improvement of tray construction and application of corrosion inhibitor could control the corrosion .

指出选用317L材质、改进塔盘安装结构和使用高温缓蚀剂可使腐蚀得到抑制。

The electrochemical behavior of medical stainless steel 317L in different passive states in several candidate testing solutions was investigated .

研究了不同钝状态的医用317L不锈钢在几种待选检测介质中的电化学行为。

TiN / Ag multilayers are made on medical stainless steel 317L by IBAD method .

用离子束辅助沉积（IBAD）方法在医用不锈钢317L上制备TiN／Ag多层膜。

A XRD study of antibacterial properties on Ag-implanted TiN thin film and 317L stainless steel substrates

不锈钢及以其为基底的TiN膜注银的抗菌性的XRD分析

A Study on Ti-coated 317L Stainless Steel for Implants

种植体用钛涂层不锈钢的研究

Titanium coatings have been deposited onto 317L stainless steel plate by low pressure plasma spray ( LPPS ) process .

采用低压等离子喷涂工艺，在317L不锈钢质接骨板上喷涂了钛涂层，制备出钛涂层的接骨板.通过动物的植入实验，研究了这种接骨板的生物相容性；

Metal release from titanium-coated 317L plate in vivo

钛涂层317L接骨板金属离子在活体组织内的释放

In addition , when compared with conventional stainless steel , 317L alloys have higher ductility , resistance should be Corrosion strength , compressive strength and high temperature performance .

另外，与常规的不锈钢相比，317L合金具有更高的延展性、抗应力腐蚀性能、耐压强度及耐高温性能。

The results showed that Ni Ti , 317L extract could depress the proliferating function of Fb gently , and the depressing action increased gradually with the culturing time .

结果显示，NITi、317L金属浸提液可轻度抑制Fb的增殖功能，随培养时间延长抑制作用呈增强趋势，NITi的作用略强于317L；

In order to make medical stainless steel of good antibacterial and anticorrosive properties , Ag ion is implanted into medical stainless steel 317L with TiN film by way of ion implantation .

为了制备具有抗菌特性和良好耐腐蚀性的医用不锈钢，通过离子注入方法，在镀有TiN薄膜的医用不锈钢317L上注入银离子。

Electrochemical constant current linear polarization and atomic absorption spectroscopy were used to measure the corrosion rate of coronary stents made of 316L and 317L stainless steel in 30 ℃ Tyrode 's solution .

采用电化学恒电流线性极化法和原子吸收光谱法测定冠状动脉支架用316L和317L不锈钢在37℃人工模拟血浆Tyrode's溶液中的低腐蚀率。