The chill effect is found to depends upon the enthalpy change of the base materials and coating depth.
焓变涂料激冷作用的大小，取决于基料物质比焓变的大小以及涂层厚度等因素。
However, the content of the each constituent varies obviously with coating depth owing to changes of composition and crystal parameters.
然而，由于受微区成分和结晶参数变化的影响，涂层中各组成相的含量随层深发生了明显变化。
Those mainly reside in understanding depth of and attention level to the coating material, coating structure design, surface cleaning process and heating drying process.
主要反映在对涂层材料、涂层结构、表面处理工艺、热固化工艺等设计的理解深度和重视程度上。
According to the surface effect of microwave conducting, surface coating thickness is correlative with microwave surface effect depth.
根据微波导通的趋肤效应表明，表面镀层厚度与微波的趋肤深度是相关的。
The water depth and water effect of the coating both improved.
同时涂层的渗透深度和水珠效应均有所提高。
And coating materials of laser film, coating design, deposition techniques and ion assisted deposition parameters were researched in-depth.
并对激光膜的镀膜材料、膜系设计、沉积工艺及离子辅助沉积参数等进行了深入研究。
And coating materials of laser film, coating design, deposition techniques and ion assisted deposition parameters were researched in-depth.
并对激光膜的镀膜材料、膜系设计、沉积工艺及离子辅助沉积参数等进行了深入研究。
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