计算了到达探测器靶面上目标和背景的光谱辐照度。
The target and background irradiance that can arrive at the detector's target plane were computed.
描述了一种新的紫外和真空紫外光谱辐照度的定标方法。
A new spectral irradiance calibration method in the UV and VUV region was described.
因此建立一个高精度的光谱辐照度和光谱辐亮度标准是非常必要的。
The Gauss model of point target image irradiance and the calculation model of the infrared radiation power are established.
介绍了一种光谱辐照度动态测量系统，它适用于对曳光管等瞬变光源的近红外光谱区辐射情况进行动态分析。
A new Spectrometer is introduced. It is specially designed for dynamically analyzing radiance of near-infrared instant light source.
系统可获得瞬变光源点燃过程中任意时刻的光谱辐照度、给定波段的辐照度及其随时间的变化，以及峰值波长随时间的变化。
The system can obtain anytime spectral irradiance, given waveband irradiance of instant light source and its change with time as well as the change of peak wavelength with time.
利用LOWTRAN7计算了给定大气模式、辐射条件下的太阳直射辐照度、大气光谱透过率、大气上行路径辐亮度。
Direct solar irradiance, spectral transmission and atmospheric up well radiance under certain circumstance of atmosphere and radiation are also computed in virtue of software LOWTRAN7.
在知道光源相对光谱能量分布的基础上，阐述了辐照度测量原理。
On the basis of knowing the relative energy distribution of spectrum of light source, the irradiance measuring principle is described.
在知道光源相对光谱能量分布的基础上，阐述了辐照度测量原理。
On the basis of knowing the relative energy distribution of spectrum of light source, the irradiance measuring principle is described.
应用推荐