2.5D Crustal Models Derived from Analytical Polynomial Separation Technique and Spectral Analysis of Gravity Data with Their Probable Gold Mineralization Migrations (Batouri, SE-Cameroon)

Ngoumou Paul Claude1*, Assembe Stephane Patrick2,3*, Owono Amougou Olivier Ulrich Igor4, Meying Arsene1, Yandjimaing Justine3, Ngoh Jean Daniel2, Pepogo Man-Mvele Augustin Didier2

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2.5D Crustal Models Derived from Analytical Polynomial Separation Technique and Spectral Analysis of Gravity Data with Their Probable Gold Mineralization Migrations (Batouri, SE-Cameroon)

Ngoumou Paul Claude1*, Assembe Stephane Patrick2,3*, Owono Amougou Olivier Ulrich Igor4, Meying Arsene1, Yandjimaing Justine3, Ngoh Jean Daniel2, Pepogo Man-Mvele Augustin Didier2

URI: ${sadil.baseUrl}/handle/123456789/2543

Date: 2021

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2.5D Crustal Models Derived from Analytical Polynomial Separation Technique and Spectral Analysis of Gravity Data with Their Probable Gold Mineralization Migrations (Batouri, SE-Cameroon)

2.5D Crustal Models Derived from Analytical Polynomial Separation Technique and Spectral Analysis of Gravity Data with Their Probable Gold Mineralization Migrations (Batouri, SE-Cameroon)

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