1) morphology
膜层组织
1.
The influences of process parameters on the surface morphology of the (Ti,Al)N super hard films are studied.
考查了沉积工艺参数对膜层组织表面形态的影响 ,进行了显微硬度测定分析及膜层耐磨性实验 ,确定了氮化钛铝超硬反应膜的最佳沉积工艺。
2) coating
膜层
1.
The micro-arc oxidation ceramic coatings were formed on the titanium alloy surface by micro-arc oxidation in Na_2SiO_3 solution using an AC power.
结果表明:陶瓷膜表面的微孔直径、粗糙度随微弧氧化频率的增大而减小;陶瓷膜/环氧树脂的结合强度随频率的增加先是快速上升,当频率增加至400Hz时,膜层的结合强度达到最高值56。
2.
A self-made impact tester with low energy was used to evaluate the adhesion,cohesion and toughness etc of physical vapor deposited(PVD) CrMo and TiAlN coatings.
利用自行研制的小能量多冲试验装置,对物理气相沉积(PVD)方法制备的CrMo合金膜和TiA lN陶瓷膜的结合强度、韧性、内聚强度等机械性能进行综合评价;探讨了膜层性质、冲头几何形状、基材硬度等因素对PVD膜层在小能量多冲条件下失效行为的影响规律;比较了膜层在承受动态多冲与静态压入载荷条件下失效行为的异同;分析了膜层在小能量多冲条件下的失效机制。
3.
This paper discuss on the choice of the substrates,coating materials and coating systems of the mirrors of the resonant cavity of high power CO2 laser.
本文讨论了大功率ＣＯ２激光器腔镜基片、膜料和膜系的选择，给出了常用膜料可构成的λ／４膜系反射率，指出了一种在输出镜上获得任意中间反射率的方法，介绍了膜层制作工艺。
3) Film
膜层
1.
The result indicated that the reactions producing the phases in the coating were thermodynamically possible, and the formation of the MAO film was not a typical nucleation and growth process.
膜层是在不断击穿、生成、烧结、排泄堆积等过程中生长起来的,而且在反应过程中,膜层的生成是由反应电压、电流、电解液体系、pH值等各种工艺参数所控制的。
2.
The growth process of micro-arc oxidation film on magnesium alloys and the influencing factors were discussed.
对镁合金微弧氧化膜层的形成过程以及形成过程中的工艺影响因素做进一步的探讨,得出微弧氧化膜层的形成是一种亚单层生长模型,它是“成膜→击穿→熔化→烧结→再成膜……”的多次循环过程。
3.
Physical,chemical and mechanical characteristics of metal electrodepositing film depend on its structure and organization,which are influenced by many factors.
电沉积金属膜层的物理、化学性质以及力学性能与其组织结构密切相关 ,而沉积金属膜层的组织结构受诸多电沉积工艺条件的影响。
4) layer
膜层
1.
Single-layer and multilayer ZnO thin films are deposited by means of gas discharge active reaction evaporation through single and multiple depositions at relatively lower temperatures.
分析了不同膜层及热处理温度对ZnO薄膜压敏特性的影响机理。
5) ceramic coating
陶瓷膜层
1.
Formation mechanism of surface ceramic coating on aluminum alloy;
铝合金表面陶瓷膜层形成机理
2.
Ceramic coating was obtained by micro-arc oxidation on LY12 aluminum alloy in sodium silicate and sodium hydroxide electrolyte,and examined by SEM and TEM.
在硅酸钠和氢氧化钠电解液中利用微弧氧化技术在LY12铝合金表面生成陶瓷膜层。
3.
It is very important to research the effect of cathode voltage on the forming of ceramic coatings.
在交流条件下,采用硅酸钠电解液,通过调节不同的负向电压值,在ZAlSi12Cu2Mg1合金表面制得了微弧氧化陶瓷膜层。
6) coating growth
膜层生长
参考词条
补充资料：层状组织
lamellarstructure：由共存的诸相的薄层交替重叠而成的复相物所组成的组织。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。