| 1. | The stars are radiators of vast power
恒星是巨大能量的辐射体。 |
| 2. | Lamber ' t ' s law radiator
朗伯律辐射体 |
| 3. | Non - selective radiator
非选择辐射体 |
| 4. | The radiation radius of the radioactive radium radiator in the stadium is variable
有放射性的镭辐射体（散热器）在广场中的辐射半径是可变的。 |
| 5. | The line in a chromaticity diagram representing the chromaticity of full ( or planckian ) radiators of different temperatures
色度图上代表不同温度黑体（普朗克辐射体）的色度曲线。 |
| 6. | When in usage or storage , the instrument should be kept from moisture , vigorous shaking and chemcal corrosion . collision to the radiant is not allowed
本仪器使用与存放时要防止强烈振动及受潮，防止化学品的腐蚀，不要撞击辐射体。 |
| 7. | The temperature of the planckian radiator whose perceived color most closely resembles that of a given stimulus at the same brightness and under specified viewing conditions
在特定条件下，亮度相同时，普朗克辐射体的感官颜色与给定的刺激值最为接近，则此时普朗克辐射体的温度被定义为相关色温。 |
| 8. | The expression between the temperature of the objects that have real surface and the luminance of pixel in the image produced by ccd camera is deduced in this paper . the measurement errors are analyzed in this paper
本文详细推导了在高温辐射体具有实物面的情况下，物体温度和ccd图像灰度之间的关系；讨论了该方法的测量误差及减少误差的措施。 |
| 9. | 1 . we summarized the methods applied to measure the temperature , expounded the problems in these methods , demonstrated the significance about how to ascertain the face of high temperature radiant body ; 2
对国内外各种接触式和非接触式测温方法和技术进行了较为系统的综述，对其存在的问题进行了分析，并指出了被测高温辐射体物面确定的意义和方法； 2 |
| 10. | In this thesis , we discussed the basic theory and the status about this technology , set up a flame temperature measurement system with colorimetric method , calibrated the system with the black - body oven and applied this system to a real oven . on this basis , we analyzed the problems founded in those processes and presented some measures to improve the precision
本文针对目前这类系统研制中存在的测温精度不高、被测高温辐射体物面确定困难等问题，对基于ccd传感器的测温系统进行了理论分析、系统设计和设备研制，并进行了大量实验。 |
