IRON ORE DETECTION BY REMOTE SENSING TECHNOLOGY BASED ON PRINCIPLE COMPONENT ANALYSIS AND SPECTRAL ANGLE MATCHING

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Research areas:
Year:
2016
Type of Publication:
Proceedings
Keywords:
Hyperspectral remote sensing, Iron ore, Principle component analysis, Spectral angle, Mine detection
Authors:
Pan, Pengfei; Sun, Houguang; Li, Chunyang; Mao, Yachun; Liu, Shanjun; wang, Dong
Abstract:
on ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and Iron ore is the main mineral resources to support China's national economy. The magnetite and hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. hematite are the main types of iron ore, which accounts for 73.5% total amount. Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron Traditionally, the way of iron ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire ore detection is from geological survey, geophysical prospecting and drilling, which impossible to acquire information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection ainformation at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection a information at large scale. Remote sensing technology provides the way with speedy and efficacy in mine detection large scale. Additionally, the hyper large scale. Additionally, the hyperlarge scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyperlarge scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyper large scale. Additionally, the hyperlarge scale. Additionally, the hyper large scale. Additionally, the hyper-spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine spectral remote sensing has the advantage in geological exploration and mine detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods detection with the comprehensive spectral information. This study aims to establish possible remote sensing methods for iron ore detection b for iron ore detection b for iron ore detection b for iron ore detection b for iron ore detection bfor iron ore detection bfor iron ore detection b for iron ore detection b for iron ore detection b for iron ore detection b for iron ore detection bfor iron ore detection by field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical modelsy field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models y field spectroradiometer technology and mathematical models. The samples including . The samples including . The samples including . The samples including . The samples including . The samples including . The samples including magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. Themagnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The magnetite and hematite were selected from Anqian iron mine in the northeastern China. The samples samples are processed to processed to processed to processed to thickness of 1 thickness of 1 thickness of 1 thickness of 1-2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a 2 cm with the circular shape by drilling a2 cm with the circular shape by drilling and cutting nd cuttingnd cutting nd cutting , and , and, and the chemical he chemical he chemical he chemical compositions and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were and spectrum were measuredmeasured measured . The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method The principle component analysis (PCA) method is conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. conducted to reduce dimension of huge spectral data. Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method Furthermore, spectral angle method is used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore used to identify and classify iron ore types types by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of by establishing spectral library of magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within magnetite and hematite. The results showed that the PCA can capture maximum major information within data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regionsdata by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions data by reducing dimension of comprehensive data; it keeps the significant information for spectrum regions by by ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral ensuring the indictor is independent, which useful for further remote sensing model establishing. The spectral angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 9angular method performed well in the classification iron ore with accuracy up to 9 angular method performed well in the classification iron ore with accuracy up to 95%. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality %. This method has potentiality and possibility to be a and possibility to be a and possibility to be a and possibility to be aand possibility to be a and possibility to be aand possibility to be a pplie pplied in mine detection using hyper d in mine detection using hyper d in mine detection using hyperd in mine detection using hyper d in mine detection using hyper d in mine detection using hyper d in mine detection using hyper d in mine detection using hyper d in mine detection using hyper spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral remote sensing technology. spectral
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