臭氧探测仪

为了实现臭氧垂直探测仪在轨的高精度探测，仪器发射前实验室的高精度辐射定标至关重要。

In order to achieve the in-flight high-accuracy detection , pre-launch high-accuracy radiometric calibration of the SBUS is crucial .

·臭氧总量探测仪·通过测量六个波段的太阳紫外辐射和大气后向散射辐射，可以获得每天一次的臭氧总量的全球分布。

The Total Ozone Spectrometer can provide daily global coverage of total ozone by measuring the solar UV irradiances and earth backscattered radiances at six discrete wavelength channels .

臭氧垂直探测仪在轨地外太阳紫外光谱测试结果与国际同类仪器测得的太阳光谱平均值相比，一致性优于±5%，证明了高精度辐照度定标方法的精确性。

The extraterrestrial solar ultraviolet spectrum measured by SBUS is compared with international spectrum average value and an agreement is better than ± 5 % , which demonstrates the accuracy of the high-accuracy irradiance calibration method .

臭氧垂直分布探测仪紫外光谱辐射传输特性与定标的研究

UV spectral radiation transmission characteristic and calibration of ozone vertical distribution monitor

第四章研究了紫外臭氧垂直分布探测仪的光谱辐射定标。

The calibration of the UV ozone vertical distribution monitor is performed in Chapter four .

最后，对紫外臭氧垂直分布探测仪光谱辐射传输特性及其光谱辐射定标工作进行了总结，并对大气臭氧探测仪器以及紫外-真空紫外空间遥感仪器的发展前景作出了展望。

At the end of the thesis , the spectral radiation transmission characteristic and the calibration of the UV ozone vertical distribution monitor are outlined . The trend of UV ozone monitor and UV-VUV spectrometer or imaging spectrometer is forecast also .

本文首先对国内外空间遥感仪器（星载紫外臭氧探测光谱仪）的研究概况进行了概述，同时描述了臭氧垂直分布探测仪的工作原理和主要结构。

In this thesis the research state of space remote sensing instrument ( ultraviolet ozone detecting spectrometer on satellite ) both domestic and abroad is summarized firstly , and the main configuration and work principle of the ozone vertical distribution detecting instrument is introduced meanwhile .