| 1. | Verification regulation of spectral radiance standard lamps
光谱辐射亮度标准灯检定规程 |
| 2. | Verification regulation of spectral irradiance standard lamps
光谱辐射照度标准灯检定规程 |
| 3. | Blackbody spectral radiant emittance
黑体光谱辐射密度 |
| 4. | Background spectral radiance
本底光谱辐射强度 |
| 5. | Spectral radiation exitance
光谱辐射出 |
| 6. | Research on measurement of spectral radiance luminance base on hightemperature blackbody
基于高温黑体的光谱辐射亮度的测试研究 |
| 7. | There are three mathematical models of multi - spectral thermometry based on calibration factor , brightness temperature and reference temperature respectively
多光谱辐射测温法的数学模型有基于检定常数的数学模型、基于亮度温度的数学模型和基于参考温度的数学模型。 |
| 8. | The characteristics of the sky spectrum - radiating feature in theory are discussed according to an atmosphere mode close to the practical working conditions of the point of burst measuring system
根据与炸点测量系统的实际工作环境条件相近的大气模式，从理论上分析了天空光谱辐射特性及规律。 |
| 9. | Then you have a shematic view of solar ultraviolet spectrum monitor , evaluate the output signal . because the spectrome ter has no inner calibration system at real - time , it has to be calibrated on the ground before being launched
通过进一步光谱辐射在仪器中的传输的计算，估算仪器的输出信号电流，从而对整个测量过程进行了描述和估算。 |
| 10. | The concept of irradiance signal - to - noise ratio ( snr ) on the target plane and the minimum of the irradiance that can be detected by the detector was taken as the beginning , combined with a thorough analysis of the spectrum radiating feature of the target and the sky background , the atmosphere conditions , spectral filtering and the influence that the various components in the system have on the target irradiance on the detector ' s target plane and the background irradiance snr , the equation of the flying bomb ' s effect range affected by the point of burst measuring system is made , and all related factors that have an impact on the effect range are analyzed as well
从探测器靶面上辐照度信噪比的概念、探测器的可探测辐照度最小值出发，在详细分析目标、天空背景的光谱辐射特性、大气条件、光谱滤波技术以及系统各环节对探测器靶面上目标与背景辐照度信噪比的影响的基础上，推导了炸点测量系统对爆炸的飞行弹体的作用距离方程，分析了影响作用距离的诸因素。 |
