In order to meet the quantitative application requirements of the hyperspectral remote sensing images, to solve the problem that the synchronous atmospheric parameters can not be achieved for the existed atmospheric correction methods, the atmospheric correctional technology based on the atmospheric parameter space synchronization acquisition was investigated. Firstly, the method of using remote sensing technology to apply synchronous parameters and the sampling of surface reflectance is summarized. Secondly, based on the research results of hyperspectral remote sensing satellite in orbit, the technical indexes and characteristics in the designation of atmospheric corrector especially about the wavebands studies are summarized. The atmospheric correction of hyperspectral images is accomplished from EO-1 Hyperion sensor, and the improvements of application performance are analyzed in the following aspects: imaging results, spectral characteristics, and classification effects of typical features. In the end, the development of atmospheric radiation correction technology is prospected.