1) brightness temperature calibration
亮温标定
1.
The calibration of one goal is completed,including pyrometer wavelength function(PWF) and brightness temperature calibration.
对装置的其中一个目标进行了标定,包括波长函数(PWF)的标定和亮温标定,标定结果表明该装置测量范围为1000～3500℃。
2) Brightness temperature standard
亮温标准
3) spectral radiance calibration
光谱辐亮度定标
4) radiation brightness calibration
辐射亮度标定
5) temperature calibration
温度标定
1.
Based on the comparison method, the fast temperature calibration experiment with single contact point of thermocouple on LF5-constantan and 6063T6-constantan were carried out, then the perfect temperature calibration curves of this two kinds of aluminous alloys were obtained.
采用比较法对铝合金LF5—康铜和铝合金6063T6—康铜进行了热电偶单接点快速温度标定实验,获得了这两种铝合金材料的理想温度标定曲线。
2.
Several techniques, such as the compensation for the nonuniformity of the responsivity with a multiplier, the elimination of the nonuniformity of the background current with a digital type alteration processor, the improvement of the S/N ratio with multiple field averaging technique, to overcome the difficulties met in the temperature calibration of infrared TV systems are discussed.
讨论了几种用于克服斩波调制模式红外电视温度标定困难的技术，包括用乘法器补偿响应率的非均匀性；用数字式像差处理器消除本底电流的非均匀性；用多场平均技术提高信噪比等。
3.
The temperature calibration has an important impact on the temperature accuracy, which is one of the two key performance parameters of distributed fiber optic temperature sensing systems.
分布式光纤拉曼测温系统的重要参量之一是其温度测量精度 ,系统的温度标定对温度测量精度有着极其重要的影响。
6) temperature calibration
温度定标
1.
Under complicated and hard environment in blast furnace,a dynamic temperature calibration algorithm based on cross-beam temperature measurement is expounded,which connects the values of thermocouples with their corresponding areas of infrared image by gray scale statistical distribut.
通过高炉红外图像建立料面温度场是判断高炉煤气流分布形态的一种有效方法,温度定标是建立温度场的基本问题之一。
补充资料：德国国家标准(见德国标准化学会、德国标准体系)
德国国家标准(见德国标准化学会、德国标准体系)
National Standards of Germany: see Deutsches Institut für Normung, DIN;standards system of Germany
Oeguo Guol心日icozhun德国国家标准(Natio.吐S加Ln山切曲of Gen”旧ny)见德国标准化学会;德国标准体系。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条