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E. V. Veselov
E. V. Veselov

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Articles

Article
  • Date submitted
    1986-09-22
  • Date accepted
    1986-11-02

Stratiform copper mineralization of hydrothermal-sedimentary type in the Kachar ore field

Article preview

In recent years, several zones and points of copper mineralization have been established at the Kachar magnetite deposit (North Kazakhstan) and adjacent territory.

How to cite: Veselov E.V., Porotov G.S. Stratiform copper mineralization of hydrothermal-sedimentary type in the Kachar ore field // Journal of Mining Institute. 1987. Vol. 112. p. 121-127.
Article
  • Date submitted
    1984-08-04
  • Date accepted
    1984-10-05

Connection of copper mineralization of the Kachar deposit with acidic submarine volcanism

Article preview

Kachar deposit (North Kazakhstan) is a complex object. It includes independent deposits of magnetite, copper, polymetallic, alunite and other ores, although in the literature is known only as a deposit of magnetite ores.

How to cite: Veselov E.V. Connection of copper mineralization of the Kachar deposit with acidic submarine volcanism // Journal of Mining Institute. 1985. Vol. 104. p. 20-26.
Article
  • Date submitted
    1977-08-20
  • Date accepted
    1977-10-21

Geological and industrial grouping of iron ore deposits in the USSR

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The Soviet Union is the world leader in iron ore reserves and production, leaving developed capitalist countries, including the United States, far behind. In our country explored or exploited more than three hundred iron ore deposits, different in genesis, material composition of ores, industrial importance ...

How to cite: Porotov G.S., Veselov E.V. Geological and industrial grouping of iron ore deposits in the USSR // Journal of Mining Institute. 1978. Vol. 75. p. 3-9.
Article
  • Date submitted
    1974-08-11
  • Date accepted
    1974-10-22

Improvement of technological sampling of complex magnetite ores

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Complex magnetite ores are typical for contact-metasomatic iron ore deposits. In addition to iron, they contain sulfur, cobalt, copper, lead, vanadium, phosphorus and other valuable components. At present, sulfide concentrates are extracted from magnetite ores: cobalt-pyrite, copper, lead and zinc, in the future it is possible to extract apatite, calcite, and sometimes datolite. ...

How to cite: Porotov G.S., Veselov E.V., Larionov A.G. Improvement of technological sampling of complex magnetite ores // Journal of Mining Institute. 1975. Vol. 68. Iss. 2. p. 69-71.