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In this study, High Resolution Aeromagnetic Data (HRAD) was analyzed to estimate the average geothermal gradient, sedimentary thicknesses and to delineate intrusives within the Northern Bida Basin with a view to ascertaining the hydrocarbon potential of the basin. The Curie Point Depth (CPD) estimation method revealed an average CPD of 20 km and an...
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... the TMI map of the study area was reduced to equator. The regional field corresponding to an upward continuation height of 32 km was removed from the Reduced to Equator (RTE) map (Figure 4) to suppress the longwavelength components arising from regional and gross terrain features. The removal of the regional field from the RTE map generated the residual magnetic intensity (RMI) map of the study area ( Figure 5). ...
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In this study, High Resolution Aeromagnetic Data (HRAD) was analyzed to estimate the average geothermal gradient, sedimentary thicknesses and to delineate intrusives within the Northern Bida Basin with a view to ascertaining the hydrocarbon potential of the basin. The Curie Point Depth (CPD) estimation method revealed an average C PD of 20 km and a...
In this study, High Resolution Aeromagnetic Data (HRAD) was analyzed to estimate the average geothermal gradient, sedimentary thicknesses and to delineate intrusives within the Northern Bida Basin with a view to ascertaining the hydrocarbon potential of the basin. The Curie Point Depth (CPD) estimation method revealed an average CPD of 20 km and an...
Energy demand for space cooling and heating in buildings is a primary contributor to the total building energy consumption. Its rapid increase calls for an urgent need to utilize renewable energy sources and associated energy-efficient technology in the building sector. Among different renewables, geothermal energy has been widely adopted due to it...
