Electrical Properties of Metal Oxides At. № ≤ 20 As Petrophysical, Raw Markers of Quality of Solid Mineral Resources (on the Example of the Ural Deposits of the Upland Type)

Summary Summary: The article Reveals why the development of mineral bases of solid minerals in the current situation with a tendency to mineral depletion is extremely important operational evaluation of commercial raw materials of high accuracy, the only one able to effectively solve the problem of energy and resource conservation in mining, to exclude economic harm from gross errors in the definition of varieties. Taking into account the conditions of the obvious effect of the General spectral nature of the petrophysical methods (measurements and signals), the factors in favor of the key, binding role of electrical conductivity observations (areal Electrometry to a small depth of mountain blocks) to confirm the actual, field data predicted deep inversion of metals properties. The additivity of the sum of oxides: K(+), Ca(2+), Na(+); and, on the contrary, the individual synergy of oxides: Mg(2+), Al(3+), we found, but not found in the known models of semiconductors: synthesis and minerals. On the examples of chemical types of poor raw materials and contacts changing in the deposits of various minerals the prospects of complex measurement algorithms with possibly implemented in the interpretation of approaches to the identification of metals (oxides) as markers of quality and enrichment are assumed. Application variants of use and results are briefly given. Keywords: losses of solid minerals, re-grading, raw materials assessment, semiconductor markers in electrical conductivity, electrometry, exploration and calculations of enrichment, energy- and mineral-saving.