Magnetic Anomaly Method for Analysis of Depth, Location, and Shape Geometry Resources

• Main Author: ADITYA (NIM : 124 05 013), SRI
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/24357
• Institution: Institut Teknologi Bandung

Two FORTRAN programs convolution one dimention and enhanced local wave number are used <br /> <br /> to obtain information on depth, location and geometry of the source of total field magnetic anomaly data <br /> <br /> in this last assignment. In this data processing of physical characteristics of the source of anomalous <br /> <br /> dimension and contrast susceptibility were not taken into account. The source geometry is estimated by <br /> <br /> structural index of the depth and position. Once one gets the value of the depth, location, geometry of the <br /> <br /> source then those compared with the results of the depth, location, and geometry of the source obtained <br /> <br /> the second data processing by the programs on total field magnetic anomaly data wa added with noise. By <br /> <br /> this method, we can get information about the differences in the result of the depth, location, and <br /> <br /> geometry of the source of the noise given total field magnetic anomaly data with total field anomaly data <br /> <br /> without noise that were processed with both FORTRAN programs.