film thickness

基本解释

The polymer film-thickness is one of the key factors influencing the optical and electrical performances of polymer light-emitting device(PLED).
聚合物膜厚的控制对于优化聚合物发光器件的光电性能是至关重要的。
In this paper, the regression model of the polymer film-thickness spin-coating is established by using the least squares and the experimental data fitting with central composite design.
应用最小二乘法，通过对中心复合设计实验数据的拟合，建立了旋涂法制备聚合物薄膜的膜厚回归模型。
Results The film-thickness curve obtained by the CFD&FSI method had a significant depression in the center, which was more reasonable than that obtained by the traditional Reynolds equation method.
结果使用基于计算流体动力学和流固耦合技术得到的润滑膜厚度曲线，中部有比较明显的凹陷现象，相较于传统的雷诺方程法得到的结果更为合理；

油膜厚度
The results shown that the amplitude of pressure spike and the maximum lubricant temperature increase as the load is increased, but the minimum film thickness decreased.
、材料参数G和滑滚比S对二次压力峰大小和位置、颈缩处最小油膜厚度及润滑剂最大温度的重要影响。
薄膜厚度
The reversal mechanism is independent of the film thickness.
薄膜厚度对于样品的磁化机制没有显著的影响。
物理学
薄膜厚度
The expression of emissivity of thin films derived here is related to the thin film thickness d and the optical constants n(λ) and k(λ).
这里推导出的薄膜发射率的表达式与薄膜厚度d和其光学常数n（λ）及k（λ）有关。
化学
膜层厚度