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同步物理反演方法(简称SPRM)是当前在美国卫星大气遥感工作中流行的反演方法之一。几年来它随着理论和实践的深化而发展,这个数值对比试验的目的是为了发展SPRM,使之适于卫星业务反演处理和气象业务科研应用。为简便,将经过反演模式发展和反演方法改进后的SPRM 统称为改进的SPRM(简称ISPRM)。大量NOAA-10气象卫星探测资料反演试验结果表明,ISPRM 的反演精度明显地优于SPRM。
Synchronous physical inversion (SPRM) is one of the popular inversion methods in the US satellite remote sensing. In recent years, it has developed with the deepening of theory and practice. The purpose of this numerical comparative experiment is to develop the SPRM so that it can be adapted to the satellite service inversion process and the meteorological service research application. For simplicity, the improved SPRM, which has undergone inversion model development and inversion, is referred to as an improved SPRM (ISPRM). A large number of NOAA-10 meteorological satellite data inversion results show that, ISPRM inversion accuracy is clearly superior to SPRM.