Submit an Article
Become a reviewer
Vol 55 Iss. 1
Pages:
81-84
Download volume:
RUS
Article

Dust formation processes during coal transportation by belt conveyors

Authors:
V. I. Korotkov
Date submitted:
1967-07-23
Date accepted:
1967-09-27
Date published:
1968-01-01

Abstract

One of the sources of pollution of mine air in mine workings with conveyor transport is blowing dust from fastenings, soil, conveyor belt, etc. As it is known, dust blowing off the dusty surface occurs under the action of aerodynamic forces of the air stream, when the latter exceed the gravity forces of aerosols and molecular forces of attraction of dust particles with dust particles or dust particles with the dusty surface. Knowing the magnitude of these forces and the nature of the interaction of dust particles with the air flow, it is relatively easy to find the velocity of the ventilation jet, at which the dust disruption begins in these conditions, ie determine the value of the critical velocity of dust disruption ...

Область исследования:
(Archived) Without section
Go to volume 55

References

  1. Voronin V. N. et al. Guide to the design and practical implementation of dust-free ventilation modes in metal mines. Gosgortekhizdat, 1960.
  2. Voronina L. D. et al. Calculation of Mine Ventilation. Gosgortekhizdat, 1962.
  3. Ksenofontova A. I., Burchakov A. S. Theory and practice of dust control in coal mines. Nedra, 1965.
  4. Siivakovsky A. O. Rudnichnyi transport. Uglegrotekhizdat, 1958.

Similar articles

Determination of the concentration of harmful substances in underground workings during the operation of motor vehicles
1968 K. Strasburger
Determination of average air leakage in ventilation ducts of mines in the Polar Region
1968 O. N. Rusak
Reduction of dustiness of the mine atmosphere in the mines of the extreme north by tilting of a ventilation jet
1968 V. S. Veprov
Investigation of ways to increase the efficiency of direct-flow cyclones
1968 Yu. V. Gul
Theoretical and experimental bases of forecasting the thermal regime of mines of the North
1968 Yu. D. Dyadkin, Yu. A. Budyonny
Determination of the most favorable location of the zero depression zone for injection and suction ventilation of mines
1968 V. B. Komarov, Sh. Kh. Kilkeev, V. I. Fomichev