Submit an Article
Become a reviewer
Vol 146
Pages:
46-47
Download volume:
RUS
Research article
Without section

Improvement of methods for determining the upper boundary of water-conducting fracture zone

Authors:
V. N. Gusev1
N. G. Nikiforova2
About authors
  • 1 — Saint Petersburg Mining University
  • 2 — Saint Petersburg Mining University
Date submitted:
2000-06-20
Date accepted:
2000-07-19
Date published:
2001-10-03

Abstract

The technique of definition of high bound of a zone of water-permeable cracks lowering costs of measurements of heads is adduced.

Гусев В.Н., Никифорова Н.Г. Усовершенствование методики определения верхней границы зоны водопроводящих трещин // Записки Горного института. 2001. Т. 146 . С. 46-47.
Gusev V.N., Nikiforova N.G. Improvement of methods for determining the upper boundary of water-conducting fracture zone // Journal of Mining Institute. 2001. Vol. 146 . p. 46-47.
Go to volume 146

References

  1. Гвирцман Б.Я. Методические указания по натурному определению высоты зоны водопроводящих трещин над выработанным пространством в конкретных горно-геологических условиях / Б.Я. Гвирцман, Ф.П. Стрельский. ВНИМИ. Л., 1973. 32 c.
  2. Гвирцман Б.Я. Прогнозирование высоты зоны водопроводящих трещин / Б.Я. Гвирцман, В.Н. Гусев, Л.А. Западинский // Уголь, 1985. №7. C 56-57.

Similar articles

Theoretical foundations and problems of cadastral valuation of real estate
2001 V. A. Maksimov
Surface subsidence of the contact of Proterozoic clays with detritus in construction of subway in Saint Petersburg
2001 D. A. Potemkin, E. E. Martirosyants
Energy and water system as an object of geoecological situation mapping
2001 G. K. Osipov, S. N. Subbotin
Mining and geometric peculiarities of D-E, E2, 5-E3 (E3) disturbances of the Komsomolskaya mine field at the OAO Vorkutaugol
2001 M. V. Nikulin, V. E. Grigorev, A. L. Panfilov
Non-contact measurement of the site for construction
2001 Yu. N. Kornilov, V. V. Petrov
Formation of a database of initial geological information for the construction of a spatial model of the rock mass of the trough section of the Vorkuta coal deposit.
2001 M. V. Nikulin, A. L. Panfilov, L. M. Panova, O. A. Ivanova