Abstract：A study on the reflected and hyperspectral mixed-pixel of aquatic plants and water was given by using a orthogonal experimental design with three factors and two levels. The results of F test suggest that for the single factors, the band and the area ratio of mixed-pixel on the reflected and hyperspectral mixed-pixel of the reflection effects are particularly significant, however, the detector angle had no significant effect under these experimental conditions; For the interaction, the band and the area ratio of mixed-pixel, the detector and the area ratio of mixed-pixel, the effects of these two interactions on the reflected and hyperspectral mixed-pixel are also particularly significant, This study did quantitative analysis of the factors affecting the reflected and hyperspectral mixed-pixel character and their interaction, and provided a new method for the indepth study of mixed-pixel.
孙天琳，赵云升*，梁壬凤，张 霞. 水生植物与水体混合像元的反射高光谱特征分析[J]. 光谱学与光谱分析, 2012, 32(02): 449-452.
SUN Tian-lin, ZHAO Yun-sheng*, LIANG Ren-feng, ZHANG Xia . Study on the Reflected and Hyperspectral Mixed-Pixel Character of Aquatic Plants and Water. SPECTROSCOPY AND SPECTRAL ANALYSIS, 2012, 32(02): 449-452.
