CAJ | 학술논문

安徽庐江何家大岭位于庐枞火山岩盆地，具有典型蚀变特征，文章采用先进星载热辐射与反射辐射计（Advanced Spaceborne Thermal Emission and Reflection Radiometer ，ASTER）数据及高光谱数据分析方法，对研究区矿物类型进行识别，识别结果与地质资料较为吻合，说明利用 ASTER数据进行岩矿识别具有较好的效果；利用线性波谱分离技术对研究区进行混合像元分解，制作了岩石矿物分布图。
안휘려강하가대령위우려종화산암분지，구유전형식변특정，문장채용선진성재열복사여반사복사계（Advanced Spaceborne Thermal Emission and Reflection Radiometer ，ASTER）수거급고광보수거분석방법，대연구구광물류형진행식별，식별결과여지질자료교위문합，설명이용 ASTER수거진행암광식별구유교호적효과；이용선성파보분리기술대연구구진행혼합상원분해，제작료암석광물분포도。
Hejiadaling area is in Lujiang‐Zongyang volcanic rock basin in Anhui Province ,and there are many evidences of hydrothermal alteration in this area .In this paper ,the hyperspectral analysis meth‐ods such as Spectral Analyst of ENVI software and linear spectral unmixing(LSU) are used to process the data obtained by Advanced Spaceborne Thermal Emission and Reflection Radiometer(ASTER) for identifying minerals and rocks .The results from these methods show good match with the geological materials ,indicating that mineral and rock identification by using the data of ASTER is effective .The distribution maps of minerals and rocks are also made with the mixed pixel unmixing by LSU method .