Electric counting and solving device for determination of U and Th contents from gamma-spectral measurements
Abstract
The development of gamma-spectral methods for in situ sampling of complex uranium-thorium ores and the associated increase in the amount of information obtained requires the development of accelerated methods of interpretation of measurement results. The proposed counting and solving device allows to increase approximately twice the productivity of gamma-spectral measurements processing in comparison with the usual nomographic method, is characterized by universality, high reliability and long service life.
Область исследования:
(Archived) Without section
Funding:
None
References
- Bonch-Bruyevich A. M. Electronics in Experimental Physics. Nauka, 1966.
- Dobrogursky S. O. et al. Counting and Solving Devices. Mashinostroenie.
- Zelenetsky D. S. Electric counting device for processing of aero-gamma spectrometric measurements. Problems of Ore Geophysics, 1966, issue 7.
- Matveev A. V. Nomograms for calculating the concentration of radioactive elements in rocks. Problems of Ore Geophysics, 1965, issue 5.
- Novikov G. F., Kapkov Y. N. Radioactive Methods of Exploration. Nedra, 1965.
Similar articles
Zonality of ore bodies and primary halos of epigenetic copper-nickel ore deposits of the Kola Peninsula
1974 T. I. Nuppenen
To the method of estimation of background and anomalous nickel contents in basic-ultrabasic rocks
1974 M. L. Sakhnovsky, V. K. Palamarchuk
Geochemical peculiarities of small intrusions and extrusive formations of alkaline-ultrabasic and basaltoid composition of South Gissar
1974 V. M. Breivinskaya, Yu. N. Kapkov, M. Mamadvafoev
Relation of hydrothermal mineralization with the content of some elements in the zones of discontinuities
1974 T. I. Nyuppenen, V. I. Yakovlev