This article introduced one kind of high accuracy blackbody temperature measurement electric circuit.
本文介绍了一种高精度黑体测温电路。
The physical principle of infrared measuring temperature is blackbody radiation law.
红外测温的物理基础是黑体辐射定律。
Both spectral energy density and radiation pressure of the normal fluid are larger than those of the normal blackbody, furthermore, they are monotonically increasing functions of temperature.
正常流态的光谱能量密度和辐射压强都比普通黑体大并且随温度单调增加。
Measurements can be made with an infrared radiometer. Blackbody radiation at the same temperature of the object is obtained using a cylindrical direct reflection cavity.
测量中使用了红外辐射计，并用圆柱形镜反射腔获得温度同地物相同的黑体辐射，并由已知比辐射率的参考板标定环境辐射。
This paper gives the effect of the temperature of the standard blackbody for calibration of EQUINOX55 remote sensing FTIR emission system on the instrument response function.
本文考察了黑体温度对EQUINOX 5 5型遥感傅里叶变换红外光谱的响应函数的影响。
An intelligent calibration system with temperature of blackbody naturally varying used for small antenna MMW radiometer was developed.
研制了的小口径天线毫米波辐射计自然变温智能定标系统，该系统实现了所有数据的自动采集与分析。
The inverse blackbody radiation problem is used for determining the area-temperature distribution of a blackbody from measured total radiated power spectrum.
黑体辐射反问题就是利用测量的黑体辐射能量谱确定黑体的区域温度分布。
The paper describes the blackbody with adjustable temperature at about 500K, which was made in 1980. It is used for the calibration of the IR telescope and IR detection system.
本文介绍我们在1980年完成的500K可调黑体炉，它主要用于红外望远镜和红外探测系统定标。
Describes the layout of heating sources in a moderate-temperature blackbody furnace we developed with big opening and 3-zone heating.
报道了所研制的大开孔三段加热中温黑体炉腔体热源布置原则。
Describes the layout of heating sources in a moderate-temperature blackbody furnace we developed with big opening and 3-zone heating.
报道了所研制的大开孔三段加热中温黑体炉腔体热源布置原则。
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