pure endmembers
纯端元
endmember composition
端元组成
endmembers are
端元是
mineral endmembers
矿物端元
calculate endmembers
计算端元
determine endmembers
确定端元
endmember analysis
端元分析
chemical endmembers
化学端元
endmember proportions
端元比例
mixing endmembers
混合端元
the geologist identified the pure endmembers of the mineral assemblage.
地质学家确定了矿物组合的纯端元。
endmember modeling helps scientists understand complex rock formations.
端元建模帮助科学家理解复杂的岩石构造。
researchers select endmembers based on their spectral properties.
研究人员根据光谱特性选择端元。
the system consists of three primary endmembers.
该系统由三个主要端元组成。
chemical endmembers represent the theoretical composition of pure phases.
化学端元代表纯相的理论成分。
endmember extraction algorithms are used in remote sensing.
端元提取算法用于遥感领域。
variability among endmembers affects the accuracy of mixing models.
端元间的变异性影响混合模型的准确性。
geologists define endmembers as the extreme compositions in a series.
地质学家将端元定义为系列中的极端成分。
the study of endmembers provides insights into petrogenetic processes.
端元研究为了解岩石形成过程提供见解。
pure endmembers serve as reference points for spectral analysis.
纯端元作为光谱分析的参考点。
endmember selection significantly impacts the results of mixture modeling.
端元选择显著影响混合物建模的结果。
multiple endmembers are often required to describe complex natural systems.
通常需要多个端元来描述复杂的自然系统。
pure endmembers
纯端元
endmember composition
端元组成
endmembers are
端元是
mineral endmembers
矿物端元
calculate endmembers
计算端元
determine endmembers
确定端元
endmember analysis
端元分析
chemical endmembers
化学端元
endmember proportions
端元比例
mixing endmembers
混合端元
the geologist identified the pure endmembers of the mineral assemblage.
地质学家确定了矿物组合的纯端元。
endmember modeling helps scientists understand complex rock formations.
端元建模帮助科学家理解复杂的岩石构造。
researchers select endmembers based on their spectral properties.
研究人员根据光谱特性选择端元。
the system consists of three primary endmembers.
该系统由三个主要端元组成。
chemical endmembers represent the theoretical composition of pure phases.
化学端元代表纯相的理论成分。
endmember extraction algorithms are used in remote sensing.
端元提取算法用于遥感领域。
variability among endmembers affects the accuracy of mixing models.
端元间的变异性影响混合模型的准确性。
geologists define endmembers as the extreme compositions in a series.
地质学家将端元定义为系列中的极端成分。
the study of endmembers provides insights into petrogenetic processes.
端元研究为了解岩石形成过程提供见解。
pure endmembers serve as reference points for spectral analysis.
纯端元作为光谱分析的参考点。
endmember selection significantly impacts the results of mixture modeling.
端元选择显著影响混合物建模的结果。
multiple endmembers are often required to describe complex natural systems.
通常需要多个端元来描述复杂的自然系统。
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