ESAM

The organic / inorganic multilayer complex thin films of PDDA / SiO2 are prepared with Electrostatic Self-assembly Method ( ESAM ) .

用静电自组装法制备了PDDA/SiO2有机/无机多层复合光学增透薄膜。

In this paper , we prepared CdS nanoparticle / organic and Au'nanoparticle composite films via electrostatic self-assembly method ( ESAM ) and studied their structure and properties .

本文采用静电自组装技术制备了CdS纳米颗粒／有机物复合膜、Au纳米颗粒复合膜，研究了薄膜结构及其性能。

In this paper , a inverse eigen sensitivity analysis method ( IESAM ) for dynamic design of mechanical structure is formulated for improving the eigen sensitivity analysis method ( ESAM ) .

本文针对机械结构动态设计中的特征灵敏度分析法（ESAM）所存在问题，提出逆特征灵敏度分析的方法（IESAM）。

In order to enhance the visible light transmittance of optical devices such as vitreous lens possessing low refractive index , porous SiO_2 optical anti-reflective films were prepared by Electrostatic Self-Assembly Multilayer ( ESAM ) process .

为了进一步提高低折射率光学器件的可见光透过率，用静电自组装（ESAM）法在玻璃基片（折射率1.45）表面组装了多孔SiO2增透膜。