1) transmission enhanced layer
增透层
1.
Lens array is introduced into the system between the lamp and the LCD as a transmission enhanced layer.
为克服这一缺陷,文中提出在光源和LCD面板之间加一透镜阵列作为增透层,并提出了增透层的结构,阐述了提高光谱效率的原理,进行了光线追迹计算,最后用Matlab软件模拟光线路径,优化了透镜阵列参数。
2) one layer reflection reducing film
单层增透膜
3) multilayer antireflection coatings
多层增透膜
1.
Comparison of periodic subwavelength structure and multilayer antireflection coatings;
亚波长周期结构与多层增透膜反射特性的比较
4) penetration enhance window layer
增透窗口层
1.
We have provided the special program to solve the problem:the combination of epitaxial deposition and chip technology produces the special current spreading and penetration enhance window layer, which solve the two main problems of red LED,the first is the current injected from the p type electrode changes into cross spreading,there is no current and light generation.
提出了独特的解决方案:外延生长与芯片技术相结合,制备了特殊的电流输运增透窗口层,同时解决了红光 LED 存在的2个主要问题:第一,从 P-型电极注入的电流形成横向输运,电极正下方无电流,不发光,这样一来,无论芯片大小,注入电流产生的光子数一样,所以可获得小尺寸芯片下的高性能输出,产量高,产值高,而且减少了热的产生,器件热特性变好,寿命长:第二,电流输运增透窗口层的材料折射率居于半导体材料与空气折射率之间,使得光出射的临界角变大,光提取效率提高。
5) W type double layers reflection reducing film
W型双层增透膜
6) Anti-reflective and protective films
增透保护涂层
补充资料：增透膜
见光学薄膜。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条