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Empirical Relation Between Magnetic and Radiometric Survey in Bitumen Area, Ogun State, Nigeria

Fidelis Olatoyosi Ogunsanwo
Fidelis Olatoyosi Ogunsanwo
, 
Jacob Dele Ayanda
Jacob Dele Ayanda
, 
Amidu Olalekan Mustapha
Amidu Olalekan Mustapha
, 
Abolaji Tobi Olatunji
Abolaji Tobi Olatunji
, 
Vitalis Chidi Ozebo
Vitalis Chidi Ozebo
, 
Oluwaseun Tolutope Olurin
Oluwaseun Tolutope Olurin
, 
Afolabi Olufemi Alaka
Afolabi Olufemi Alaka
, 
Itunu Comfort Okeyode
Itunu Comfort Okeyode
, 
Johnson Olufemi Adepitan
Johnson Olufemi Adepitan
 und 
Joseph Adeniyi Olowofela
Joseph Adeniyi Olowofela
   | 26. Juli 2023
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Article Category: Original Scientific Article
Online veröffentlicht: 26. Juli 2023
Seitenbereich: -
Eingereicht: 26. Juni 2022
Akzeptiert: 09. Jan. 2023
DOI: https://doi.org/10.2478/rmzmag-2023-0003
Schlüsselwörter
© 2023 Fidelis Olatoyosi Ogunsanwo et al., published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Figure 1:

Geological map indicating the two traverses and the sampling points.
Geological map indicating the two traverses and the sampling points.

Figure 2:

Variation between the magnetic intensity and that of (a) Uranium concentration, (b) Thorium concentration, (c) Potassium concentration at T1.
Variation between the magnetic intensity and that of (a) Uranium concentration, (b) Thorium concentration, (c) Potassium concentration at T1.

Figure 3:

Variation between the magnetic intensity and that of (a) Uranium concentration, (b)Thorium concentration, (c) Potassium concentration at T2.
Variation between the magnetic intensity and that of (a) Uranium concentration, (b)Thorium concentration, (c) Potassium concentration at T2.

Figure 4:

Contour map showing the distribution of (a) magnetic intensity, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T1.
Contour map showing the distribution of (a) magnetic intensity, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T1.

Figure 5:

Contour map showing the distribution of (a) magnetic intensity, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T2.
Contour map showing the distribution of (a) magnetic intensity, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T2.

Figure 6:

3D Surface plot of (a) magnetic anomaly, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T1.
3D Surface plot of (a) magnetic anomaly, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T1.

Figure 7:

3D surface plot of (a) magnetic anomaly, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T2.
3D surface plot of (a) magnetic anomaly, (b) uranium concentration, (c) thorium concentration, (d) potassium concentration in T2.

Figure 8:

Regression plot between magnetic anomalous response to (a) uranium concentration, (b) thorium concentration, (c) potassium concentration.
Regression plot between magnetic anomalous response to (a) uranium concentration, (b) thorium concentration, (c) potassium concentration.

Summary of t-test inferential statistics.

Survey parameters t-calculated t-critical p-value r-value
Traverse 1 M – U 1.71 2.02 0.09 0.84
M – Th 0.87 2.02 0.39 0.79
M – K −0.89 2.02 0.37 −0.47
Traverse 2 M – U 0.99 2.02 0.32 0.89
M – Th 0.04 2.02 0.96 0.74
M – K −2.66 2.02 0.06 −0.24
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