氮化钛膜层表面呈胞状结构生长，膜层结构致密，未见显微孔洞和裂纹的存在。
The TiN surface film grow as cell-shaped structure and the film microstructure is compact.
氮化钛膜层与玻璃之间具有较强的结合能力和透光能力，同时具有漂亮的浅兰色。
The titanium nitride film layer and the glass have strong combing ability and the light penetrating ability and the color of beautiful shallow blue.
目的：观察镀氮化钛膜n48钕铁硼磁体对小鼠l929成纤维细胞生长和凋亡的影响，评价该材料的生物相容性。
PURPOSE: to evaluate the effect of N48 NdFeB magnets coated with titanium-nitride on the growth and apoptosis of L929 mouse fibroblast cells, and to determine the material biocompatibility.
这些膜使用三层导电材料，氮化钛制成，中间隔着硅土绝缘层。
These membranes are made of three layers of a conducting material, titanium nitride, separated by insulating layers of silica.
考察了淡水和海水在离子镀铬、氮化钛和化学处理水平铝管外表面的降膜传热热性。
Seawater falling film evaporation heat transfer and anti-fouling characteristics were investigated on ion-plated chromium, TiN and chemically treated aluminum tubes.
该设备采用氮化钛表面掺金技术，形成离子金膜层，耐磨性非常好，广泛用于各种高档装饰膜层。
This equipment adopts the titanium nitride metal mixing techs forming ion gold membrane with good abrasion resistance, therefore it fits for various top-grade decorating membrane.
本文从工厂应用的角度着重讨论磁控溅射镀膜机镀氮化钛装饰膜的工艺问题。
With the view of the application in factory, the process of tin decorative coating coated by magnetron sputtering coater is emphatically discussed in this paper.
采用多弧离子镀技术沉积氮化钛铝超硬反应膜。
The influences of process parameters on the surface morphology of the (Ti, Al)N super hard films are studied.
采用多弧离子镀技术沉积氮化钛铝超硬反应膜。
Ti, Al)N super hard films were deposited by multi arc ion plating.
采用多弧离子镀技术沉积氮化钛铝超硬反应膜。
Ti, Al)N super hard films were deposited by multi arc ion plating.
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