基于D—L全息图原理制作的全息反射滤光片，其性能与多种因素有关。
Many factors are responsible for the properties of the holographic reflective filters, which are made according to the principle of D-L Hologram.
然而，如上文所讨论，二向色滤光片106被构造成反射由波长转换元件110所生成的波长的光。
The dichroic filter 106, however, as discussed above, is configured to reflect the wavelengths of light generated by the wavelength converting element 110.
因此，反向发射的光被二向色滤光片106朝向波长转换元件110反射。
Thus, back emitted light is reflected by the dichroic filter 106 towards wavelength converting element 110.
或者，二向色滤光片可在波长转换元件110上使用以将所透射的泵浦光反向反射到波长转换元件110内用于二次传递。
Alternatively, a dichroic filter may be used over the wavelength converting element 110 to reflect the transmitted pump light back into the wavelength converting element 110 for a second pass.
第二二向色滤光片408也可反射从第二波长转换元件412所发射的光，例如，绿光或红光。
The second dichroic filter 408 May also reflect light emitted from the second wavelength converting element 412, e. g., green or red light.
应用这一方法，在掠角入射下对减反射涂层、全介质反射镜以及带通滤光片进行了计算。
Some calculations are performed on grazing incidence antireflection coatings, all dielectric mirrors and band pass filters using this method.
反射式全息滤光片具有很好的滤光特性，可作为一种激光防护元件。
The reflection holographic filter has ideal filtering property, and can be well used as a kind of elements for eye protection against laser.
本文介绍自行研制的高对比度滤光片。它具有较低的表面光反射率、选择性透过率和电磁屏蔽特性。
A new type of high contrast filter has been investigated in this paper. lt has features of lower light reflection on surface, selective transmission and effective electromagnetic screen.
如图2所示，光的一部分将被朝向发光装置102反向发射，在此它将被二向色滤光片反射用于再循环。
As shown in FIG. 2, a portion of the light will be emitted back towards the light emitting device 102, where it will be reflected by the dichroic filter for recycling.
如上文所讨论的那样，二向色滤光片106传递泵浦光并反射波长转换元件110所发射的光。
As discussed above, the dichroic filter 106 passes the pump light and reflects light emitted by the wavelength converting element 110.
为获得性能优良的三基色窄带滤光片，提出了一种基于减反射薄膜波导光栅结构的导模共振滤光片。
A guided-mode resonant filter (GMRF) based on the structure of anti-reflection (ar) thin film waveguide is proposed to realize three-primary-color filter with narrow-band.
二向色滤光片308传递来自发光装置302的光并且反射来自发光装置303的光。
A dichroic filter 308 passes the light from light emitting device 302 and reflects the light from light emitting device 303.
设计的三基色滤光片具有良好的窄带反射特性，在彩色合成与调制中有应用前景。
The optimized GMRF shows excellent performance with narrow band and can be useful for color synthesis and modulation.
设计的三基色滤光片具有良好的窄带反射特性，在彩色合成与调制中有应用前景。
The optimized GMRF shows excellent performance with narrow band and can be useful for color synthesis and modulation.
应用推荐