Abstract
A study of the results obtained with different methods of water infusion is followed by an account of a new ''pinpoint'' infusion technique utilizing rising infusion holes of limited depth (20-25 m). This new technique enhances safety of work at the coal face, since it avoids deterioraon of the face due to erosion of surrounding walls and accumulation of gas in the infusion holes; it also renders the arduous job of guided drilling and sealing of the holes unnecessary, and facilitates coal-getting and development work.
Citation Formats
Aleksandrov, S N.
Improving the technique of water infusion to control dust in the mines of the central district of the Donetz coalfield.
USSR: N. p.,
1974.
Web.
Aleksandrov, S N.
Improving the technique of water infusion to control dust in the mines of the central district of the Donetz coalfield.
USSR.
Aleksandrov, S N.
1974.
"Improving the technique of water infusion to control dust in the mines of the central district of the Donetz coalfield."
USSR.
@misc{etde_7295635,
title = {Improving the technique of water infusion to control dust in the mines of the central district of the Donetz coalfield}
author = {Aleksandrov, S N}
abstractNote = {A study of the results obtained with different methods of water infusion is followed by an account of a new ''pinpoint'' infusion technique utilizing rising infusion holes of limited depth (20-25 m). This new technique enhances safety of work at the coal face, since it avoids deterioraon of the face due to erosion of surrounding walls and accumulation of gas in the infusion holes; it also renders the arduous job of guided drilling and sealing of the holes unnecessary, and facilitates coal-getting and development work.}
journal = []
volume = {3}
journal type = {AC}
place = {USSR}
year = {1974}
month = {Mar}
}
title = {Improving the technique of water infusion to control dust in the mines of the central district of the Donetz coalfield}
author = {Aleksandrov, S N}
abstractNote = {A study of the results obtained with different methods of water infusion is followed by an account of a new ''pinpoint'' infusion technique utilizing rising infusion holes of limited depth (20-25 m). This new technique enhances safety of work at the coal face, since it avoids deterioraon of the face due to erosion of surrounding walls and accumulation of gas in the infusion holes; it also renders the arduous job of guided drilling and sealing of the holes unnecessary, and facilitates coal-getting and development work.}
journal = []
volume = {3}
journal type = {AC}
place = {USSR}
year = {1974}
month = {Mar}
}