以红外窗口为例，对常规平面设计方法和UG实体模型方法进行对比。
The comparison between conventional design and solid modeling by UG is made by an example of IR window.
全球只有少数几家公司有能力定制高耐用性、低残余反射光谱的红外窗口。
This places Jenoptik among few companies worldwide which have the capability to selectively manufacture customized IR Windows of highest durability and lowest residual spectral reflection.
以二维平板模拟红外窗口，应用数值方法研究了红外窗口气膜冷却的效果和规律。
Based on 2d plate to simulate infrared window, a numerical study is presented to determine the effects and rules of film cooling on infrared window.
红外成像窗口(镜头)配置标准，长焦或广角镜头根据所定购的镜头。
IR image window (lens) Standard, tele or wide Angle lens depending on option purchased.
描述了窗口背景辐射和红外传感器的信噪比计算方法。
The calculating results are very important to design IR cooled window and sensor in supersonic vehicle.
主要产品有球面镜、窗口、棱镜、胶合镜、柱面镜、激光光学元件、红外光学元件、各种晶体。
The prime products are spherical lens, Windows, prisms, achromatic lens, cylindrical mirror, laser optical components, infrared optical components, various crystals and some other relative items.
首先分析了红外小目标、噪声及其杂波特性，提出了用小窗口的二维中值滤波进行背景估计；
Firstly, a background estimation method based on small window and two dimension median filter is presented after detail analysis of the model of small infrared target, noise and clutter.
我们的短波长型和近红外检测类型都密封在一个带有透明玻璃窗口的金属封装中。
Both our short-wavelength type and near infrared detection types are hermetically sealed in a metal package with a clear glass window.
首先对重要的激光发光介质和光学窗口材料氟化镁晶体的微波和远红外光学性质进行研究。
Firstly, the microwave and far-infrared properties of MgF2 which is an important laser luminescence media and optical window material were studied.
文章介绍了偏最小二乘法在傅里叶变换红外光谱中的应用，对改进算法，如移动窗口PLS (MWPLS)、稳健pls (RPLS)、加权PLS (WPLS)和非线性PLS等进行了介绍。
The applications of PLS to FTIR were mentioned. Improved algorithms were presented, such as moving Windows PLS (MWPLS), robust PLS (RPLS), weighted PLS (WPLS), and non-linear PLS.
文章介绍了偏最小二乘法在傅里叶变换红外光谱中的应用，对改进算法，如移动窗口PLS (MWPLS)、稳健pls (RPLS)、加权PLS (WPLS)和非线性PLS等进行了介绍。
The applications of PLS to FTIR were mentioned. Improved algorithms were presented, such as moving Windows PLS (MWPLS), robust PLS (RPLS), weighted PLS (WPLS), and non-linear PLS.
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