National Institute for Occupational Safety and Health
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- Accident Prevention 7
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- Blasting. 6
- Boring 7
- Boring. 13
- Coal -- Combustion. 7
- Coal -- Geology. 7
- Coal-cutting bits -- Testing. 8
- Coal-miners 7
- Coal-mining 19
- Coalbed methane 6
- Coalbed methane. 11
- Coalbed methane drainage. 11
- Coal mine accidents 6
- Coal mines and mining 26
- Coal mines and mining -- Communication systems. 6
- Coal mines and mining -- Dust control. 20
- Coal mines and mining -- Safety measures. 36
- Coal mines and mining. 32
- Coal mines and mining/Safety measures 11
- Coal mine waste. 8
- Coal Mining 44
- Cobalt -- Metallurgy. 9
- Copper -- Metallurgy. 15
- Cyanide process. 9
- Dust 14
- Dust control 9
- Firedamp. 6
- Fires 8
- Flotation. 18
- Gate roads (Mining) 7
- Geology 6
- Gold -- Metallurgy. 8
- Ground-control 9
- Ground-stability 7
- Ground control (Mining) 27
- Ground control (Mining). 6
- Ground penetrating radar. 6
- Hazards 8
- Health and hygiene 6
- Hydrochloric Acid. 7
- Hydrometallurgy. 7
- Leaching. 55
- Longwall mining. 35
- Methane 20
- Methane. 35
- Mine-workers 11
- Mine Accidents 10
- Mine accidents 18
- Mine communication systems 18
- Mine communication systems. 27
- Mine dusts. 16
- Mine explosions -- Prevention. 8
- Mine explosions. 7
- Mine filling. 7
- Mine fires 12
- Mine fires -- Prevention and control. 15
- Mine fires. 10
- Mine gases 15
- Mine gases. 22
- Mineral industries 9
- Mine rescue work -- Equipment and supplies. 9
- Mine roof bolting. 9
- Mine roof control. 32
- Miners 13
- Mine Safety 12
- Mine safety 37
- Mine safety. 12
- Mine subsidences. 11
- Mine ventilation 16
- Mine ventilation. 34
- Mining 549
- Mining-equipment 12
- Mining-industry 36
- Mining machinery 9
- NIOSH 543
- Noise, Occupational 10
- Occupational Exposure 18
- Occupational Health 21
- Ore-dressing. 7
- Oxidation. 7
- Pillaring (Mining) 13
- Radio in mining. 9
- Rock-falls 8
- Rock bursts. 9
- Rock mechanics 9
- Rock mechanics. 17
- Safety 17
- Safety-research 10
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- Safety measures 10
- Self-contained self-rescuer (Mine rescue equipment) 9
- Size reduction of materials. 7
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- Testing 7
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- Underground-miners 7
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- Ventilation 7
Name as Subject
- "This user's guide covers the operation of a suite of three computer programs-- Bplane, Bstepp, and Bwedge. These programs can be used to evaluate the potential for plane shear, step-path, and wedge failures along the crest of a slope bench. Such failures reduce the width of a catch basin and may compromise the bench's ability to catch rolling or sliding material before it reaches miners working below. The Bplane and Bwedge programs address sliding of blocks defined by continuous planar joints. The Bstep program examines sliding of blocks defined by more complex failure surfaces that include steeply dipping cross joints and may even include breaks across small bridges of intact rock. The programs are applicable to jointed rock masses where the joints are small relative to the overall slope and form a number of sets with uniform statistical characteristics within a slope sector. The theoretical basis, application, and operation of these programs are described." - NIOSHTIC-2 1
- Coal-mining machinery/Safety measures 1
- Coal mine accidents 1
- Farmington Mine Disaster, Farmington, W. Va., 1968 3
- Galena Mine 2
- Homestake Mine (S.D.) 3
- MFIRE (Computer program) 1
- Mine fires 1
- Mineral industries -- Safety measures. 1
- Mine roof bolting/Accidents 1
- Mine roof bolting/Equipment and supplies 1
- Mine safety -- Equipment and supplies. 1
- National Fertilizer Development Center (U.S.) 1
- National Institute for Occupational Safety and Health 1
- National Institute for Occupational Safety and Health) 1
- National Institute for Occupational Safety and Health, 1
- National Institute for Occupational Safety and Health. 3
- National Institute for Occupational Safety and Health. Office of Mining and Construction Safety and Health Research. 1
- Pennsylvania. 1
- Pittsburgh Research Center (United States. Bureau of Mines) 1
- Pittsburgh Research Laboratory (National Institute for Occupational Safety and Health) 3
- Sago Mine Disaster, Tallmansville, W. Va., 2006 2
- Spokane Research Center (National Institute for Occupational Safety and Health) 1
- Spokane Research Center (United States. Bureau of Mines) 1
- Spokane Research Laboratory (National Institute for Occupational Safety and Health) 3
- Tailings (Metallurgy) 1
- United States. Bureau of Mines. 2
- United States. Bureau of Mines/bibliography 2
- United States. Mine Improvement and New Emergency Response Act of 2006, or the MINER Act. 1
- UTAH2 1
- UTAH3 1
- Washington National Cathedral (Washington, D.C.) 1
Place as Subject
- Admiralty Island, Alaska 1
- Alabama 8
- Alabama -- Black Warrior Coal Basin 1
- Alabama -- Muscle Shoals 1
- Alabama -- Oak Grove Region 1
- Alaska 6
- Alaska -- Chulitna River Region 1
- Alaska -- Greens Creek Mine. 1
- Alaska -- Ketchem Dome 1
- Appalachian Region 3
- Appalachian Region ????? 1
- Appalachian Region 1
- Arizona 2
- Arizona -- Mohave County 1
- Arkoma Basin (Ark. and Okla.) 1
- Australia 2
- Bolivia 1
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- Buick Mine (Buick Mine) 1
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- California -- Salton Sea 1
- Carbondale, PA 1
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- Coeur d'Alene Mountains Region (Idaho and Mont.) 1
- Coeur d'Alene Region, Idaho 2
- Colorado 7
- Colorado -- Paonia Region 1
- Colorado -- Piceance Creek Basin 1
- Colorado. 1
- Dickenson County, VA 1
- District of Columbia 1
- Fairview, WV 1
- Florida 6
- Georgia 1
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- Letcher County, KY 1
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- Montana. 1
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- United States 91
- Utah 4
- Virgina 1
- Virginia 3
- Virginia -- Buchanan County 1
- Wallace, Idaho 1
- Washington 3
- Washington (State) -- Spokane Indian Reservation 1
- Washington (State) -- Wenatchee Region 1
- West Virgina 1
- West Virginia 26
- West Virginia -- Raleigh County 1
- Wyoming 1
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- Coalbed methane. (11)
- Coalbed methane drainage. (11)
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- Coal mines and mining -- Communication systems. (6)
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- Coal mines and mining. (32)
- Coal mines and mining/Safety measures (11)
- Coal mine waste. (8)
- Coal Mining (44)
- Cobalt -- Metallurgy. (9)
- Copper -- Metallurgy. (15)
- Cyanide process. (9)
- Dust (14)
- Dust control (9)
- Firedamp. (6)
- Fires (8)
- Flotation. (18)
- Gate roads (Mining) (7)
- Geology (6)
- Gold -- Metallurgy. (8)
- Ground-control (9)
- Ground-stability (7)
- Ground control (Mining) (27)
- Ground control (Mining). (6)
- Ground penetrating radar. (6)
- Hazards (8)
- Health and hygiene (6)
- Hydrochloric Acid. (7)
- Hydrometallurgy. (7)
- Leaching. (55)
- Longwall mining. (35)
- Methane (20)
- Methane. (35)
- Mine-workers (11)
- Mine Accidents (10)
- Mine accidents (18)
- Mine communication systems (18)
- Mine communication systems. (27)
- Mine dusts. (16)
- Mine explosions -- Prevention. (8)
- Mine explosions. (7)
- Mine filling. (7)
- Mine fires (12)
- Mine fires -- Prevention and control. (15)
- Mine fires. (10)
- Mine gases (15)
- Mine gases. (22)
- Mineral industries (9)
- Mine rescue work -- Equipment and supplies. (9)
- Mine roof bolting. (9)
- Mine roof control. (32)
- Miners (13)
- Mine Safety (12)
- Mine safety (37)
- Mine safety. (12)
- Mine subsidences. (11)
- Mine ventilation (16)
- Mine ventilation. (34)
- Mining (549)
- Mining-equipment (12)
- Mining-industry (36)
- Mining machinery (9)
- NIOSH (543)
- Noise, Occupational (10)
- Occupational Exposure (18)
- Occupational Health (21)
- Ore-dressing. (7)
- Oxidation. (7)
- Pillaring (Mining) (13)
- Radio in mining. (9)
- Rock-falls (8)
- Rock bursts. (9)
- Rock mechanics (9)
- Rock mechanics. (17)
- Safety (17)
- Safety-research (10)
- Safety Management (11)
- Safety measures (10)
- Self-contained self-rescuer (Mine rescue equipment) (9)
- Size reduction of materials. (7)
- Software (14)
- Tailings (Metallurgy) (8)
- Testing (7)
- Training (8)
- Underground-miners (7)
- Underground-mining (24)
- Ventilation (7)
- "This user's guide covers the operation of a suite of three computer programs-- Bplane, Bstepp, and Bwedge. These programs can be used to evaluate the potential for plane shear, step-path, and wedge failures along the crest of a slope bench. Such failures reduce the width of a catch basin and may compromise the bench's ability to catch rolling or sliding material before it reaches miners working below. The Bplane and Bwedge programs address sliding of blocks defined by continuous planar joints. The Bstep program examines sliding of blocks defined by more complex failure surfaces that include steeply dipping cross joints and may even include breaks across small bridges of intact rock. The programs are applicable to jointed rock masses where the joints are small relative to the overall slope and form a number of sets with uniform statistical characteristics within a slope sector. The theoretical basis, application, and operation of these programs are described." - NIOSHTIC-2 (1)
- Coal-mining machinery/Safety measures (1)
- Coal mine accidents (1)
- Farmington Mine Disaster, Farmington, W. Va., 1968 (3)
- Galena Mine (2)
- Homestake Mine (S.D.) (3)
- MFIRE (Computer program) (1)
- Mine fires (1)
- Mineral industries -- Safety measures. (1)
- Mine roof bolting/Accidents (1)
- Mine roof bolting/Equipment and supplies (1)
- Mine safety -- Equipment and supplies. (1)
- National Fertilizer Development Center (U.S.) (1)
- National Institute for Occupational Safety and Health (1)
- National Institute for Occupational Safety and Health) (1)
- National Institute for Occupational Safety and Health, (1)
- National Institute for Occupational Safety and Health. (3)
- National Institute for Occupational Safety and Health. Office of Mining and Construction Safety and Health Research. (1)
- Pennsylvania. (1)
- Pittsburgh Research Center (United States. Bureau of Mines) (1)
- Pittsburgh Research Laboratory (National Institute for Occupational Safety and Health) (3)
- Sago Mine Disaster, Tallmansville, W. Va., 2006 (2)
- Spokane Research Center (National Institute for Occupational Safety and Health) (1)
- Spokane Research Center (United States. Bureau of Mines) (1)
- Spokane Research Laboratory (National Institute for Occupational Safety and Health) (3)
- Tailings (Metallurgy) (1)
- United States. Bureau of Mines. (2)
- United States. Bureau of Mines/bibliography (2)
- United States. Mine Improvement and New Emergency Response Act of 2006, or the MINER Act. (1)
- UTAH2 (1)
- UTAH3 (1)
- Washington National Cathedral (Washington, D.C.) (1)
- Admiralty Island, Alaska (1)
- Alabama (8)
- Alabama -- Black Warrior Coal Basin (1)
- Alabama -- Muscle Shoals (1)
- Alabama -- Oak Grove Region (1)
- Alaska (6)
- Alaska -- Chulitna River Region (1)
- Alaska -- Greens Creek Mine. (1)
- Alaska -- Ketchem Dome (1)
- Appalachian Region (3)
- Appalachian Region ????? (1)
- Appalachian Region (1)
- Arizona (2)
- Arizona -- Mohave County (1)
- Arkoma Basin (Ark. and Okla.) (1)
- Australia (2)
- Bolivia (1)
- Boone County, WV (1)
- Buick Mine (Buick Mine) (1)
- California (2)
- California -- Salton Sea (1)
- Carbondale, PA (1)
- Coeur d'Alene Mountains (Idaho and Mont.) (1)
- Coeur d'Alene Mountains Region (Idaho and Mont.) (1)
- Coeur d'Alene Region, Idaho (2)
- Colorado (7)
- Colorado -- Paonia Region (1)
- Colorado -- Piceance Creek Basin (1)
- Colorado. (1)
- Dickenson County, VA (1)
- District of Columbia (1)
- Fairview, WV (1)
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- Georgia (1)
- Green River Region (Wyo.-Utah) (1)
- Gulf of Mexico (1)
- Gulf Statez (1)
- Homestake Mine (S.D.) (1)
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- Idaho -- Coeur d'Alene Region (2)
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- Kansas -- Galena Region. (1)
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- Letcher County, KY (1)
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- Lucky Friday Mine, Idaho (2)
- Magmont Mine (Mo.) (1)
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- Minnesota -- Mesabi Range (1)
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- Pennsylvania -- Pen Argyl Region (1)
- Pennsylvania -- Waynesburg Region (1)
- Raleigh County, WV (1)
- South Africa (1)
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- Star Mine, Idaho (1)
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- Utah (4)
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- Virginia (3)
- Virginia -- Buchanan County (1)
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Alumina recovery from copper dump leaching liquors using a supported liquid membrane
Cite
Personal Author:
Sandoval, S. P. (Scot Philip), 1958- ; Schultze, L. E. (Lawrence E.) ;
1989 | Report of investigations (United States. Bureau of Mines) ; 9264
Description:
"The U.S. Bureau of Mines investigated the separation of aluminum from copper dump leaching liquors using a supported liquid membrane. Aluminum was se...
Experimental drift linings in a block-caving operation : a field demonstration
Cite
Personal Author:
McLaughlin, William C. ; Thomas, L. A. (Lloyd A.) ; ...
1983 | Report of investigations (United States. Bureau of Mines) ; 8811
Description:
"Under a cooperative agreement, the Bureau of Mines, Magma Copper Company, and Asarco, Inc., tested backfilled ground support systems at two elevation...
A strong acid-weak acid method for producing aluminum chloride hexahydrate from kaolinitic clay
Cite
Personal Author:
Bauer, D. J. (Donald J.) ; Shanks, D. E. (Donald E.) ; ...
1984 | Report of investigations (United States. Bureau of Mines) ; 8908
Description:
"The Bureau of Mines has conducted extensive studies on the recovery of alumina from kaolinitic clay by a hcl leaching-hcl sparging process. The curre...
Longwall gate road stability in a steeply pitching thick coal seam with a weak roof
Cite
Personal Author:
Barron, Lance R. ; DeMarco, Matthew J. ;
1995 | Report of investigations (United States. Bureau of Mines) ; 9580
Description:
"The U.S. Bureau of Mines conducted a ground pressure analysis of a wide abutment-type chain pillar in a two-entry gate road of a Western U.S. coal mi...
An investigation of crack propagation with a wedge indenter to improve rock fragmentation efficiency
Cite
Personal Author:
Larson, David A. ; Morrell, Roger J. ; ...
1987 | Report of investigations (United States. Bureau of Mines) ; 9106
Description:
"The Bureau of Mines conducted basic experiments to study the process of crack propagation with a wedge indenter. The work was conducted under plane s...
Recovery of cobalt from spent copper leach solutions : improved elution and impurity removal techniques, with revised process economics
Cite
Personal Author:
Bennett, P. G. ; Jeffers, T. H. (Thomas H.) ;
1988 | Report of investigations (United States. Bureau of Mines) ; 9190
Description:
"The Bureau of Mines developed a process using ion exchange to recover cobalt from spent copper leach solutions. A preliminary economic evaluation of ...
Testing modified coal-cutting bit designs for reduced energy, dust, and incendivity
Cite
Personal Author:
Roepke, Wallace W. ; Hanson, Bruce D. ;
1983 | Report of investigations (United States. Bureau of Mines) ; 8801
Description:
"Four bit designs, two conical and two radial, were tested in coal against a 60 deg. Conical reference bit to obtain data on orthogonal cutting forces...
A photographic method for determining mineral reflectances in underground mines
Cite
Personal Author:
Mayton, Alan G.
1987 | Report of investigations (United States. Bureau of Mines) ; 9107
Description:
"The Bureau of Mines conducted a study to (1) determine from laboratory tests the feasibility of a photographic method for determining reflectances th...
Personal Author:
McKewan, William M. ; Miscoe, Anthony J. ; ...
1992 | Report of investigations (United States. Bureau of Mines) ; 9408
Description:
"The U.S. Bureau of Mines has established a wire rope research laboratory to examine the factors that affect the life of wire rope. A 2-in-diam 6x25 f...
Personal Author:
Matta, Joseph E. ; LaScola, John C. ; ...
1977 | Report of investigations (United States. Bureau of Mines) ; 8243
Description:
"The Bureau of Mines made laboratory absorption measurements on oil shale samples, which showed that the amount of methane absorbed is porportional to...
Updated analysis of longwall pillar stability (ALPS) computer program incorporates new coal mine roof rating (CMRR)
Cite
Corporate Authors:
United States. Bureau of Mines.
February 1995 | Technology news (United States. Bureau of Mines) ; 445
Description:
"The objective of this work is to develop a comprehensive, practical method for designing longwall gate entries that considers coal pillar size, mine ...
Personal Author:
Ferrante, M. J. (Michael John), 1930- ; Mrazek, R. V. (Robert V.) ;
1986 | Report of investigations (United States. Bureau of Mines) ; 9039
Description:
"Relative enthalpies of V2O5 from 298.15 to 1,101.0 K were measured at the Bureau of Mines to provide data needed for the advancement of mineral techn...
Personal Author:
Hanson, Bruce D. ; Roepke, Wallace W. ;
1988 | Report of investigations (United States. Bureau of Mines) ; 9203
Description:
"An interactive computer program has been developed by the Bureau of Mines which enables the user to identify the effect of cutting system changes on ...
Calamity Hollow Mine Fire Project (in five parts): 2. Operation of the burnout control system
Cite
Personal Author:
Chaiken, Robert F. ; Dalveryny, Louis E. ; ...
1989 | Report of investigations (United States. Bureau of Mines) ; 9241
Description:
"During the period from January to May 1982, the U.S. Bureau of Mines carried out a continuous field test of the burnout control process for controlli...
Personal Author:
Bartels, John R. ; Kwitowski, August J. ; ...
1987 | Report of investigations (United States. Bureau of Mines) ; 9143
Description:
"This report discusses the Bureau of Mines efforts to develop partial protective structures for operators of low-coal shuttle cars. In coal seams 48 i...