This course is designed to
study methods of conductive geoelectric exploration by constant and
instantaneous electric current and their applications in different fields. The course also includes the study of the most
important geoelectric detectors, methods of deployment of different electrodes,
and types of electric survey (horizontal, vertical electric survey).
Intended learning outcomes
By studying the course, the
student will be able to:
1.
Recognizes the practical and applied aspects of conductive and inductive
geoelectric methods.
2.
These methods are used in geophysical and geological studies.
3.
He can take readings in the field and address errors in the moment.
4.
Connects the electrical relationship of the method and field results.
Teaching and learning methods
1.
Lectures
2.
Solving
various problems and exercises
3.
A field trip
to train equipment
4.
Training in
computer programs
Methods of assessments
1.
The first half-exam is 25% written
2.
Second half-examination is 25% written
3.
50% final written exam
4.
Success rate of 50% and above
5.
The total decision estimate is 100%
Course Contents:
measurements, and the apparent and real resistivity.
Geoelectrical detection devices, current source, current and voltage electrodes, current wires and voltage wires, shocks and their disposal.
Different electrode diffusion methods and resistivity calculation, field operations, linear, non-linear and two-dimensional diffusion.
Horizontal electrical scanning, vertical electrical scanning, horizontal vertical electrical scanning and various applications in electrical exploration.
Representation of field data for the horizontal and vertical survey and the horizontal-vertical survey and the various field factors that must be taken into account when applying.
Ambiguity in the electrical interpretation and the phenomenon of equivalence, and examples thereof.
Qualitative electrical interpretation of horizontal and vertical scanning and selected examples.
Quantitative Electrophoretic Interpretation of Vertical Herbic Scanning and Theory of Using Theoretical Curves (Old Method).
Quantitative electrical interpretation using a computer and the theory of the direct and indirect method in interpretation (the modern method).
