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nodule defects
相关语句
  节瘤缺陷
     Thermal-stress response of nodule defects in multi-layer optical thin film based on finite element method
     节瘤缺陷对薄膜热力损伤的有限元分析
短句来源
     Nodule defects on dielectric multi-layer optical thin film are key factors resulting in laser-induced damage.
     在多层介质薄膜中,节瘤缺陷是影响薄膜激光损伤的关键因素。
短句来源
     In order to understand the influence of nodule defects on laser-induced damage of optical thin film, the thermal-stress response of nodule defects on multi-layer optical thin film illuminated by laser is simulated based on heat conduction theory and finite element analysis. The sensitivity of nodule defect size and depth to thermal-stress response is analyzed.
     为了理解节瘤缺陷对薄膜激光损伤的影响,以热传导理论为依据,通过有限元方法模拟了多层介质薄膜中的节瘤缺陷在激光辐照下的热力响应,分析了节瘤缺陷的大小和深度对热力响应的灵敏度。
短句来源
     It is discovered that large and shallow nodule defects have higher thermal-stress response sensitivity. As a result, the elimination of defects with larger diameters near surface layer helps to improve the anti-damage capability of optical thin film.
     发现大而浅的节瘤缺陷有较高的热力响应灵敏度,因此,消除直径较大的膜层表面附近的缺陷有助于提高薄膜抗激光损伤的能力。
短句来源
  相似匹配句对
     On Software's Defects
     论软件缺陷
短句来源
     Some defects of G.
     对G.
短句来源
     subcutaneous nodule?
     皮下异物性结节 ; 表皮样囊肿 ;
短句来源
     SOLITARY THYROID NODULE
     甲状腺单发结节
短句来源
     To offset the defects in security,a WLAN intrusion detection system is designed,followed by realization of every nodule in the system.
     然后,针对其安全性方面的不足,提出了一个WLAN入侵检测系统,并给出该系统中各模块的实现方案。
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Nodule defects on dielectric multi-layer optical thin film are key factors resulting in laser-induced damage. In order to understand the influence of nodule defects on laser-induced damage of optical thin film, the thermal-stress response of nodule defects on multi-layer optical thin film illuminated by laser is simulated based on heat conduction theory and finite element analysis. The sensitivity of nodule defect size and depth to thermal-stress response is analyzed. It is discovered that...

Nodule defects on dielectric multi-layer optical thin film are key factors resulting in laser-induced damage. In order to understand the influence of nodule defects on laser-induced damage of optical thin film, the thermal-stress response of nodule defects on multi-layer optical thin film illuminated by laser is simulated based on heat conduction theory and finite element analysis. The sensitivity of nodule defect size and depth to thermal-stress response is analyzed. It is discovered that large and shallow nodule defects have higher thermal-stress response sensitivity. As a result, the elimination of defects with larger diameters near surface layer helps to improve the anti-damage capability of optical thin film.

在多层介质薄膜中,节瘤缺陷是影响薄膜激光损伤的关键因素。为了理解节瘤缺陷对薄膜激光损伤的影响,以热传导理论为依据,通过有限元方法模拟了多层介质薄膜中的节瘤缺陷在激光辐照下的热力响应,分析了节瘤缺陷的大小和深度对热力响应的灵敏度。发现大而浅的节瘤缺陷有较高的热力响应灵敏度,因此,消除直径较大的膜层表面附近的缺陷有助于提高薄膜抗激光损伤的能力。

Defects in thin film are one of the most important factors influencing laser-induced damage in the infrared laser thin film components, and always a major concern. Species, properties and derivation of defects in infrared laser thin film are introduced firstly in this paper. Then, the influence of the materials and evaporation rate from different factories on the surface defect density of laser thin film is analyzed. Finally, this paper put forward the appropriate material and evaporation rate...

Defects in thin film are one of the most important factors influencing laser-induced damage in the infrared laser thin film components, and always a major concern. Species, properties and derivation of defects in infrared laser thin film are introduced firstly in this paper. Then, the influence of the materials and evaporation rate from different factories on the surface defect density of laser thin film is analyzed. Finally, this paper put forward the appropriate material and evaporation rate of thin film. Finally, The nodule and concave hole defect are simulated by FEA, and result shows that temperature and stress is larger for nodule defect with large diameter and little depth and for concave hole with large diameter.

薄膜缺陷是影响红外激光薄膜元件抗激光损伤的重要因素之一,长期以来一直是人们关注和研究的问题。本文介绍了红外激光薄膜缺陷的种类、特点及成因,在此基础上,分析了不同厂家镀膜材料与不同镀膜速率对薄膜表面缺陷密度的影响,并且得出了镀制激光薄膜所需的合适材料与速率,最后利用有限元方法对典型的节瘤与陷穴缺陷受激光作用进行了模拟分析,结果表明:节瘤缺陷种子深度小且直径大的缺陷产生的温升与应力较大,陷穴缺陷随直径增大,其产生的温升与应力也较大。

 
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