**Table 5.**

*Numerical results using the least-squares approach for a manganese field example, India.*


### **Table 6.**

*Numerical results using the particle swarm approach for a manganese field example, India.*

**Figure 7.** *A self-potential anomaly due to a Weiss copper ore body,Turkey.*

*Combined Gravity or Self-Potential Anomaly Formula for Mineral Exploration DOI: http://dx.doi.org/10.5772/intechopen.92139*


**Table 7.**

*Numerical results using the least-squares approach for a Weiss copper field example, Turkey.*


### **Table 8.**

*Numerical results using the particle swarm approach for a Weiss copper field example, Turkey.*

Werner deconvolution approach, the interpretive results obtained are *z* = 56.8 m and *xo* = 0.6 m. Finally, the depth and the other model parameters evaluated by using the particle swarm approach are presented in **Table 6**.
