The dichroic filter 106, however, as discussed above, is configured to reflect the wavelengths of light generated by the wavelength converting element 110.
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。
Thus, back emitted light is reflected by the dichroic filter 106 towards 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。
The pump light from the light emitting device 102 will excite the wavelength converting element 110 and light with lower energy will be produced.
来自发光装置102的泵浦光将激发波长转换元件110并且将产生具有较低能量的光。
In general, with the use of phosphor, the wavelength converting element 110 is able to absorb light at all angles.
一般而言，使用磷光体，波长转换元件110能够吸收所有角度的光。
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.
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。
It should be understood that a large portion of the light emitted by the wavelength converting element 110 will be directed back to the dichroic filter 106.
应了解波长转换元件110所发射的光的大部分将被反向导向到二向色滤光片106。
The use of the second collection optic 406 to reduce the cone Angle of the light that passes through the wavelength converting element 110 improves the performance of the second dichroic filter 408.
使用第二收集光学器件406来减小穿过波长转换元件110传递的光的锥角改进了第二二向色滤光片408的性能。
The acidic tuff section owns gold element with average content of 110.
其中的酸性凝灰岩段金元素平均值110。
The light emitting device 102 produces, e. g., ultraviolet pump light and the wavelength converting element 110 producing blue light.
发光装置102产生(例如)紫外泵浦光且波长转换元件110产生蓝光。
As discussed above, the dichroic filter 106 passes the pump light and reflects light emitted by the wavelength converting element 110.
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。
The bonding material and the protective layer may affect the desired index of refraction of the material on either side of the wavelength converting element 110.
粘合材料与保护层可能会影响在波长转换元件110的任一侧上的材料的所期望的折射率。
Thus, the wavelength converting element 110 May produce light that is indirectly emitted into air (or other desired medium) through the layer 122.
因此，波长转换元件110可产生穿过层122间接地发射到空气(或其它所期望的介质)内的光。
As illustrated in FIG. 2, the wavelength converting element 110 includes phosphor grains 112 embedded in a transparent film 114 that is attached to the optical concentrator 108.
如图2所示，波长转换元件110包括嵌于透明薄膜114中的磷光体颗粒112，透明薄膜114附接到光学集中器108上。
The first stage of optical concentrator 200 is a meniscus lens 202 and the second stage is a dome lens 204, to which is mounted the wavelength converting element 110.
光学集中器200的第一级是弯月透镜202且第二级是半圆状透镜204，波长转换元件110安装到该半圆状透镜204上。
As illustrated in FIG. 2, the pump light, which is e. g., blue or ultraviolet, is concentrated at the wavelength converting element 110.
如图2所示，例如，为(例如)蓝光或紫外光的泵浦光集中于波长转换元件110处。
The wavelength converting element 110 May be, e. g., a phosphor platelet that is indexed matched with the optical concentrator 108.
波长转换元件110可(例如)是磷光体板，它的折射率与光学集中器108相匹配。
The wavelength converting element 110 May be, e. g., a phosphor platelet that is indexed matched with the optical concentrator 108.
波长转换元件110可(例如)是磷光体板，它的折射率与光学集中器108相匹配。
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