红外透镜是决定战斗机中负责目标红外跟踪及探测的关键机载设备光电雷达的红外性能的重要部件。
Infrared lens is one of important components of photoelectricity radar which is the key equipment responsible for infrared following up and surveying targets in a fighter plane.
该刀具的传统应用领域主要是激光反射镜、红外透镜的加工，以及用于制作类似DVD信号检出探头透镜的塑料透镜注射模的加工。
The conventional applications were mainly for the processing of laser mirrors and metal molds of plastic lenses such as infrared lenses and DVD player pickup lenses.
然后通过调节外加的几何光学透镜，在长达100米的红外远距离大功率半导体激光器照明系统中将得到利用。
It will be used in the illumination system of high power semiconductor laser over a long infrared distance of 100 meters through adjusting an additional geometric optical lens.
主要介绍GRIN透镜在红外波段聚焦光斑直径的测量方法及误差分析。
The measurement method and error analysis method of GRIN lens focal spot diameter in IR wavelength are described.
本论文应用红外热成像技术，对毫米波介质透镜天线的焦斑焦距进行了测量。
By infrared thermal imaging techniques in this thesis, the focal spot size and focal length of this dielectric lens antenna are measured.
被检测的热释电红外信号经过滤光镜片和摆动的凸透镜聚焦后，其红外光焦点同样也进行微幅摆动。
The detected pyroelectric infrared signal passes through an optical filter and is focused by the swinging convex lens and the infrared focus is also swinging slightly.
实验获得了微透镜列阵与红外焦平面集成芯片，并在热成像中取得了良好的结果。
The microlens array and IR focal plane integrated chips are obtained in experiments. These chips have achieved good results in thermal imaging.
另一种是透射式光学系统，是多面组合一起的透镜——菲尼尔透镜聚焦在红外传感器上。
The other is transmissive optical system is a combination of the multi-faceted lens - modafinil lens focused on the infrared sensor.
通过使用该结构的红外线衍射透镜，可以高效地对宽范围的波段的红外线进行聚光。
Using the infrared diffractive lens with such a configuration makes it possible to focus infrared rays within a wide range of wavelength band effectively.
本发明提供一种可高效地对宽波长范围的红外线进行聚光的红外线衍射透镜。
This invention provides an infrared diffractive lens capable of focusing infrared rays within a wide range of wavelength band effectively.
红外线探测装置则被安装在透镜的前方。
红外线探测装置则被安装在透镜的前方。
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