期刊名称：Journal of Applied Sciences and Environmental Management
印刷版ISSN：1119-8362
出版年度：2017
卷号：21
期号：4
页码：743-748
出版社：Department of Pure & Industrial Chemistry, University of Port Harcourt
摘要：High-resolution aero-radiometric data from three radio-elements (Uranium, Potassium and Thorium) were used and processed independently to investigate the Southern Anambra basin for the prospect of producing radiogenic heat. The rock types in the study area were outlined while processing the elements in each rock to evaluate the radiogenic heat production values. The results of the analysis of the radiogenic heat production of the study area ranges between 0.01 – 5.43 μWm -3 . The highest heat produced came from the sedimentary rocks (Shale) with radiogenic heat production value up to 5.43 μWm-3. The highest value of the radiogenic heat production in this basin has a value of 5.43 μWm-3 around Aimeke and Ogobia. The airborne total radiometric count of radio-elements and radiogenic heat maps were produced. Key Words : Aero-radiometric; Radiogenic Heat; Anambra Basin; Geothermal
其他摘要：High-resolution aero-radiometric data from three radio-elements (Uranium, Potassium and Thorium) were used and processed independently to investigate the Southern Anambra basin for the prospect of producing radiogenic heat. The rock types in the study area were outlined while processing the elements in each rock to evaluate the radiogenic heat production values. The results of the analysis of the radiogenic heat production of the study area ranges between 0.01 – 5.43 μWm -3 . The highest heat produced came from the sedimentary rocks (Shale) with radiogenic heat production value up to 5.43 μWm-3. The highest value of the radiogenic heat production in this basin has a value of 5.43 μWm-3 around Aimeke and Ogobia. The airborne total radiometric count of radio-elements and radiogenic heat maps were produced. Key Words : Aero-radiometric; Radiogenic Heat; Anambra Basin; Geothermal
