The further the infrared detector is from the hot surface, the less the energy is that can enter into the optics of the infrared detector.
从进一步的红外探测器热的是表面，少的能量，是可以进入的红外探测器的光学系统。
With developing of shortwave optics and more requirement of lofty precision optical machine, the processing and measurement of fine precision surface are becoming important.
短波光学的迅猛发展和高精密光学仪器的需求日益增多，对高精度表面的加工与检测也随之重要起来。
The derived sea surface water-leaving radiance, normalized water-leaving radiance, remote sensing reflectance are useful in the study for oceanic optics and ocean color remote sensing.
根据测量获得的海水表面的离水辐亮度、归一化离水辐亮度和遥感反射率，可进行海洋光学和水色遥感方面的研究。
In optics polishing process, the active lap can reshape the profile for fitting the surface of large optical component with different local position and rotating Angle in real time.
能动磨盘在光学抛光时随磨盘移动位置和旋转角度不同而产生不同的变形以实时与大口径被抛光工件表面实现良好的吻合。
Testing of metal surface of mould and coated optics with high reflectivity.
金属表面(模具)或镀反射膜光学件的检测。
Surface and guided waves are considered as specific examples of non-linear integrated optics.
表面和被导波被认为是非线性集成光学的具体的例子。
The application simulates the optics of surface of a transparent liquid.
模拟中的应用光学表面的透明液体。
The results show that both the wavefront reconstruction algorithm and the optical system are able to exactly test the optics surface. And the repeatability of the setup is analyzed.
结果表明，文中提出的波前重建算法和采用的光路系统可用于实际光学元件面形的准确检测，系统的重复性也得到了研究。
Optics damage is mainly caused by the nonlinear effect of high laser, the damage of large optics includes the surface damage dots, interior focalized filaments, dust, scratches and so on.
光学元件损伤是主要由于强激光的非线性效应而导致，损伤包括表面损伤点、内聚焦丝，灰尘和划痕等。
Applied optics, electronics industry with high-precision flat glass, silicon, etc. The grinding and polishing, also can be used for metal surface of the grinding and polishing.
适用于光学、电子行业中具有高精度平面的玻璃、硅片等的精磨和抛光，也可用于金属平面的精磨和抛光。
Applied optics, electronics industry with high-precision flat glass, silicon, etc. The grinding and polishing, also can be used for metal surface of the grinding and polishing.
适用于光学、电子行业中具有高精度平面的玻璃、硅片等的精磨和抛光，也可用于金属平面的精磨和抛光。
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