Depth of electrical exploration by methods of dipole inductive profiling and ungrounded loop
Authors:
Abstract
A significant achievement in the development of AC electrical exploration is the development of low-frequency inductive methods with amplitude-phase measurements. The use of optimal frequencies for solving a particular geological problem and measurement, along with amplitude, time (phase) characteristic of the field certainly contributes to improving the efficiency of AC electrical exploration.
Область исследования:
(Archived) Without section
References
- Divilkovsky M. A. Problem about a ball placed in a homogeneous alternating magnetic field. JTPh, 1939, vol. 9, issue 5.
- Zakharov V. H. To interpretation of anomalies of dipole electromagnetic profiling. University Proc., Geology and Exploration, 1961, No. 3.
- Zakharov V. H. Interpretation of dipole electromagnetic profiling anomalies over bodies of rotation (ball, cylinder). Proc. of the AS USSR, ser. geophys., 1964, No. 4.
- Zakharov V. H. Dipole Inductive Profiling with amplitude-phase measurements in prospecting and exploration of sulfide ores. L., Nedra, 1967.
- Instruction on electrical prospecting. Part 2. M., Nedra, 1966.
- Methods of Ore Geophysics. L., PH VIRG, 1968.
- Handbook of Geophysicist. V. 3. Moscow, Gostoptekhizdat, 1963.
- Tamm I. E. Fundamentals of the Theory of Electricity. Moscow, Gostekhizdat, 1956.
- Electromagnetic Methods of Exploration in Ore Geophysics. M., Nedra, 1966. Authors: B. S. Svetov, A. D. Petrovsky, E. M. Ershov, F. M. 10. Kamenetsky, V. F. Kovalenko, G. S. Frantov, A. D. Frolov, and Y. B. Shaub.
- Yakubovsky Y. V. Inductive Method of Electrical Prospecting. Moscow, Gosgeoltekhizdat, 1963.
Similar articles
Structural and tectonic plan of the eastern part of the Keevian subzone of the Kareliids based on geological and geophysical data.
1974 V. V. Verba, V. G. Gaskelberg
About the possibility of using industrial currents in geological mapping and searching for ore deposits
1974 V. S. Muzylev
Methods and results of studying the velocity section of the Pechenga structure
1974 L. K. Kokorina, I. V. Litvinenko, M. D. Lizinsky, Z. Kh. Telyakova