2019•Journal of applied science and environmental managementOpen access

Determination of temperature profile of the lithosphere between zero and 150 km penetration at Itagunmodi, Nigeria

Adedeji Adegoke Adetoyinbo, A.K. Bello

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Abstract

In this work the temperature profile for the lithosphere was determined using data from radiogenic heat source and heat from other sources from 0 to 150 km depth was determined using a suitable mathematical expression. The temperature at the base of the lithosphere was given between 1200℃ to 1600℃. The Fourier’s law was applied and the results showed that the profile range from 27.0℃ to 1483.3℃. These results compared favourably well with existing literature values.Keywords: Temperature Profile; Lithosphere; Radiogenic Heat; Heat Flux

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In this work the temperature profile for the lithosphere was determined using data from radiogenic heat source and heat from other sources from 0 to 150 km depth was determined using a suitable mathematical expression. The temperature at the base of the lithosphere was given between 1200℃ to 1600℃. The Fourier’s law was applied and the results showed that the profile range from 27.0℃ to 1483.3℃. These results compared favourably well with existing literature values.Keywords: Temperature Profile; Lithosphere; Radiogenic Heat; Heat Flux

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Available abstract

In this work the temperature profile for the lithosphere was determined using data from radiogenic heat source and heat from other sources from 0 to 150 km depth was determined using a suitable mathematical expression. The temperature at the base of the lithosphere was given between 1200℃ to 1600℃. The Fourier’s law was applied and the results showed that the profile range from 27.0℃ to 1483.3℃. These results compared favourably well with existing literature values.Keywords: Temperature Profile; Lithosphere; Radiogenic Heat; Heat Flux

Key concepts: Radiogenic nuclide, Lithosphere, Heat flux, Geology, Geophysics, High heat, Heat transfer, Thermodynamics

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