Submit an Article
Become a reviewer
Vol 27 Iss. 1
Pages:
163-188
Download volume:
RUS
Article

Theoretical substantiation of the conditions for the introduction of heated air entering the mine shaft from the heating channels

Authors:
L. P. Severin
Date submitted:
1951-07-02
Date accepted:
1951-09-04
Date published:
1952-12-23

Abstract

The proposed work is devoted to the consideration of the conditions for introducing ventilation air into mine shafts, heated in winter by mine heating units. This refers to the suction system of mine ventilation, which is accompanied by the presence of a heating unit with its own fan and an underground heating channel at the air supply shaft. The main mine fan in such a ventilation system is located at the ventilation shaft. The work separately considers the conditions for introducing heated air into vertical and inclined mine shafts.

Область исследования:
Mining
Keywords:
ventilation heater
Go to volume 27

References

  1. Slobodkin M. I. and Bukhantsev G. V. Method of calculating the calorific heating and distribution channels for a mine shaft, Mining Journal 1927, No. 10.
  2. Severin L. P. On the initial data for calculating mine calorific installations, Notes of the Leningrad Mining Institute 1952, Vol. XXVI, Issue I.
  3. Ksenofontova A. I. Collection of problems on mine ventilation, Ugletekhizdat, 1948, pp. 160-172.
  4. Safety rules in coal and shale mines, Ugletekhizdat, 1951.
  5. Komarov V. B. and Borisov D.F. Mine ventilation, GONTI, 1938, p. 412.

Similar articles

Electrical diagram of a lifting unit with an asynchronous drive
1952 F. N. Shklyarskii
M. V. Lomonosov - the founder of Russian mining science
1952 T. S. Dubrava
On the choice of a development system and a method for managing rock pressure in the conditions of the western wing of the Moscow Basin
1952 A. I. Morozov
Experimental verification of formulas for calculating natural mine draft
1952 Sh. Kh. Kilkeev
Asymmetric bending of annular plate by moment
1952 L. S. Burshtein
On the calculation of eigenvalues ​​by the method of steepest descent
1952 M. Sh. Birman