The indicated temperature of radiometer need corrections for actual sky thermal radiance and for true surface emissivities.
辐射表的指示温度必须对实际大空热辐射与表面比辐射率做校正。
This paper presents a new kind of the intelligent specific radiance and temperature measurement instrument using laser as a light source and using 8031 chip processor in real time.
本文介绍了一种利用激光作为光源，以8031单片机为核心构成的高温物体比辐射率及温度实时测量系统。
It is not always suitable to use Planck's law or Stefan-Boltzmann's law to describe the relation between brightness temperature and radiance for a wide band sensor.
对于宽波段传感器，不一定能直接由普朗克定律或者斯蒂芬玻尔兹曼定律建立温度与辐射亮度的关系。
The working principle, system construction and performance of sapphire fiber temperature sensor based on thermal radiance are illustrated.
最后对辐射测温型蓝宝石光纤温度传感系统的工作原理、结构及工作特性作了较为全面的介绍。
FY-2 calibration in Lab calibration in orbit radiometric calibration infrared brightness temperature radiance.
标签FY -2实验室定标在轨定标场地辐射定标红外亮温辐亮度。
FY-2 calibration in Lab calibration in orbit radiometric calibration infrared brightness temperature radiance.
标签FY -2实验室定标在轨定标场地辐射定标红外亮温辐亮度。
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