| 1. | A study of zns ceramics infrred antireflective films
陶瓷红外增透膜研究 |
| 2. | Choosing of film of increasing transmission
增透膜的选择 |
| 3. | Theoretical calculation of high anti - reflective film in visible spectrum region
可见光区高增透膜的理论计算 |
| 4. | Vacuum thin - film and dip coating services for optics . specializes in anti - reflective wide and narrow band for plastics
-生产滤光片分光镜增透膜红外薄膜 |
| 5. | Supplier of thin film optical coatings , reflective and anti reflective . 24 to 48 hour turn around for selective coatings
-生产各类滤光片增透膜分光膜导电膜偏振膜 |
| 6. | This system can be used for ar , bs , high reflectance mirror , edge filter , bandpass filter , window for laser , telescope film etc
已经在多家用户成功应用于宽带增透膜、分光膜、激光器窗口、望远镜红膜等膜系监控。 |
| 7. | The designed films of sio2 and sio2 / si are prepared on sample and hemisphere dome of sapphire by radio frequency magnetron reactive sputtering method
利用射频磁控反应溅射法，在蓝宝石试片和半球形头罩上制备出所设计的sio _ 2和sio _ 2 si增透膜系。 |
| 8. | Design and fabrication of the broadband infrared antireflection coating on pbmoo4 single crystal in vacuum are explored theoretically and experimentally
本文从理论和实验两个方面讨论了钼酸铅晶体表面的宽带红外增透膜的设计以及其在真空环境中的制备。 |
| 9. | The results indicate that the two layer antireflection coating of ta2o5 / sio2 could achieve the aim of low reflectance in the broad wave band by the optimization . numerous experiments and a series of testing have been carried out
理论分析与计算结果表明，双层增透膜ta _ 2o _ 5 sio _ 2系最优化设计的结果，能够达到宽波段范围内的增透效果。 |
| 10. | On the basis of the underlying principles in the optical thin film design , by adopting the method of recursion and matrix , we get the mathematical model for the single layer antireflection coating and the multi - layer coating , which have their characteristic reflectance changes
以光学薄膜设计中的隐含规律为基础，采用递推法、矩阵法，分别对单层及多层增透膜的反射率变化建立了理论模型，并在特定的边界条件下进行了求解和理论计算。 |
