The multiple cluster growth process of ultra-thin films at different deposition rates has been simulated.
模拟不同沉积速率下超薄膜多中心生长过程。
It is very suitable for the on-line detection and real-time monitoring in coating industries, particularly for the thickness measurement of weak absorption ultra-thin films.
它非常简单、快捷，特别适用于镀膜行业的在线检测和实时监控，尤其是弱吸收材料超薄膜的厚度测量。
It is concluded that the structure of ultra-thin metallic films can result in resonance absorbing, the absorbing performances were decided by both medium materials and metallic films.
讨论了超薄金属膜结构中泡沫厚度对吸收峰位的影响，及金属薄膜的方块电阻对吸收峰值的影响。
A numerical model which is based on the hyperbolic two-step model is developed to investigate the microscopic energy transport in silicon thin films during ultra-fast laser heating.
在双曲双步输运模型基础上建立数值模型，针对超短脉冲激光作用下硅薄膜的微观能量输运过程展开理论研究。
The growth of fractal mrophology in ultra thin films has been simulated by supposing various cluster diffusion steps and the rotation of clusters.
利用计算机模拟了超薄膜中分形凝聚体的生长，考虑了薄膜生长过程中的团簇扩散和旋转。
Phase transitions and critical phenomena have been clarified for an XY model on the triangular lattice of ultra thin magnetic films.
采用经典XY模型，阐明了三角格子上层状超薄膜磁性材料的相变和临界现象。
Molecular dynamics simulation was employed in this paper to investigate the relation between the properties of ultra thin films and their microstructure.
为揭示超薄膜的特性与其微观结构的关系，运用分子动力学模拟的方法进行了研究。
The surface quality of the ultra-precision machined substrates greatly affects the performance of the thin films grown on it.
基片是薄膜材料生长的载体，其超精密加工表面质量直接影响薄膜性能。
A seeding technique for synthesizing ultra thin films on silicon wafer has been developed.
硅晶片表面生成超薄膜的的一项新兴技术。
A seeding technique for synthesizing ultra thin films on silicon wafer has been developed.
硅晶片表面生成超薄膜的的一项新兴技术。
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