哈德斯蒂膜层是离网状板最近。
介绍了该清漆及其膜层的制备工艺。
Preparation processes of the varnish and its film were described.
退火态的膜层结构比沉积态的疏松。
光学膜层采用数学多重优化设计方法；
后处理：是对膜层和镀层的辅助处理。
Post-processing: for membrane layer and coating is the auxiliary treatment.
铬膜层的颜色和性质主要是由中间层决定的。
The color and properties of the films are mainly determined by the intermediate layer.
膜层颜色纯正，细化颗粒，提高亮度，效率高。
Pure film color, fine granulation, high gloss, high efficiency.
基体材料：能在其上沉积金属或形成膜层的材料。
In its substrate material: can deposited metal or form membrane of the material.
由一个同中心的半圆聚合物放置在金制膜层上构成的。
It consists of concentric semicircles of a polymer laid down on a gold film.
膜层遍布着受体和通道门，不会使物质随意渗入或渗出。
Bristling with receptors and gates, these layers don't let just anything leak in or out.
性能测试。实验室喷涂的最小固化膜层性能要求见表2。
Performance requirements. Minimum cured film performance requirements for laboratory-applied epoxy coating system are stated in Table 2.
离化率高，膜层反应充分，使膜层颜色纯正，沉积速度快。
High ionization rate, full reaction, pure film color, fast deposition.
膜层质量好，外观呈灰色，磷化膜表面无挂灰、返白现象。
The film quality is good, the appearance is gray, the phosphating film surface does not have the ash and the white phenomenon.
同时这种瓷质彩色膜层还具有良好的耐磨、耐腐蚀和耐候性能。
And also the coating with good performance of wear resistance, anticorrosion and weather resistance was found.
结果表明，上述三种因素对中温磷化的良好膜层有着关键性的作用。
Results showed that three factors had key action to quality of phosphatizing film formed at middle-temperature.
DCG膜层的厚度是影响全息显示屏光学性能指标的一个重要因素。
Thickness of DCG film is one factor influencing the technical targets of holographic display screen.
观察分析结果表明膜层脱落的原因是预存的物理缺陷以及碳化所致。
The analysis shows that the beforehand physical defects and carbonization may be the reason for barrier's desquamation.
晶体厚度，空气膜层厚度，棱镜结构角共同影响棱镜偏光镜的透射比。
Transmission of polarizing prism is affected by crystal thickness, air inter layer thickness and configuration Angle.
过该层，感光膜层被施加，并且紫外线(UV)光通过电路图案叠加的应用。
Over this layer, a photosensitive film layer is applied, and ultraviolet (UV) light is applied through the circuit pattern overlay.
综述了金属的表面模型、金属与膜层连接的工艺及金属与膜层相连接的机理。
Metallic surface model, technology and mechanism of joining between metallic surface and films are summarized in this paper.
同时研究了膜层的误差对滤光片光谱性能的影响，表明其敏感层主要是缺陷层。
The influence of thickness error of each layer to optical character was also discussed, and the result shows that the most sensitive layer is defect-layer.
涂层硬度不仅取决于涂层材料本身，同时还与试验负荷和膜层的厚度密切相关。
The coating layer hardness depends not only on the coating material, but also on the applied load and coating layer thickness.
电压是影响膜层色彩的最主要的因素，颜色随着电压的变化而发生规律性的改变。
Voltage is the essential factor that the color of film varies orderly with the change of voltage.
结果表明：随电压的升高或频率的减小，膜层的生长速率增加，膜层的表面质量变得粗糙。
The results show: with voltage increasing or frequency decreasing, the growth rate of the coatings increases, but the surface morphology becomes coarser.
结果表明：精细的火焰多层膜层结构的透镜效应研究对获得极准确的激光全息信息非常有益。
The results show that the study on lens effect in fine flame stratified film structure is benefit for obtaining very accurate laser hologram information.
它具有沉积速度快和表面清洁的特点，特别具有膜层附着力强、绕射性好、可镀材料广泛等优点。
It has a fast deposition rate and surface cleaning features, in particular strong adhesion with the film, diffraction, and can be coated material widely and so on.
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.
重建后的膜层结构图像的深度分辨率提高了一个数量级，图像也取得了更好的锐化、去噪的效果。
The depth resolution of reconstructed image was enhanced by one order of magnitude and the image became sharper and cleaner.
随着处理时间的延长及膜层的增厚，其外侧开始出现疏松层，最终可达到膜层总厚度的90 %左右。
With elongated treated time and increased thickness of coating, loose coating begins to appear on the coating exterior, at last the thickness can reach 90% of total thickness.
随着处理时间的延长及膜层的增厚，其外侧开始出现疏松层，最终可达到膜层总厚度的90 %左右。
With elongated treated time and increased thickness of coating, loose coating begins to appear on the coating exterior, at last the thickness can reach 90% of total thickness.
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