A method is presented to quantitatively explain the sea surface temperature profile displayed on an infrared image of the meteorology satellite using actually measured parameter as external criterion.
本文提出一个利用海上实测参数作为外定标值，定量解译气象卫星红外云图中海面温度场的方法。
Results: The main factors influencing image quality were hot drum components. The chief cause of impairment of drum surface was high temperature.
结果：影响图像质量的主要因素来自热鼓组件，热鼓表面致损原因是高温显像的同时产生气雾及结晶物。
Because of the difference of measured surface, such as quality, surface situation, geometric structure and measured Angle, the error of the temperature occurred in the image.
但由于环境和被测物体的材质、表面几何结构和观测角度的影响，会使成像上表现的温度测量值结果产生一定的误差。
The main works of this paper surrounds the passive millimeter wave imaging system structure, include of the radiation temperature test on different surface targets, image denoise, edge detection.
本文主要通过毫米波被动成像系统，完成了不同面目标的辐射温度测试，图像去噪处理，图像边缘检测等工作。
The main works of this paper surrounds the passive millimeter wave imaging system structure, include of the radiation temperature test on different surface targets, image denoise, edge detection.
本文主要通过毫米波被动成像系统，完成了不同面目标的辐射温度测试，图像去噪处理，图像边缘检测等工作。
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