Kissell, Fred N.
Fred N. Kissell researcher at NIOSH
VIAF ID: 18499451 ( Personal )
Permalink: http://viaf.org/viaf/18499451
Preferred Forms
- 100 0 _ ‡a Fred N. Kissell ‡c researcher at NIOSH
- 100 1 _ ‡a Kissell, Fred N
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- 100 1 0 ‡a Kissell, Fred N.
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- 100 1 _ ‡a Kissell, Fred N.
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4xx's: Alternate Name Forms (1)
Works
Title | Sources |
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Achieving 435-2540 Tonnes a Shift from Continuous Miner Sections - a Report on America's Most Productive Mines | |
Assessing the methane hazard of gassy coals in storage silos | |
Brattice Window Method for Measuring Leakage Through Mine Stoppings | |
Building Stoppings in Mines With Large Openings | |
Bureau of Mines New Stoppings Designs--an Update | |
A Computer Model Study of Methane Migration in Coalbeds | |
Control and Distribution of Face Air by Water Sprays on Mining Machines | |
Correction Factors for Low Velocity Airflow Measurements in Mines | |
Determining face methane-liberation patterns during longwall mining | |
Dust Control in Longwall Shearer Faces Through Air Movement by Water Sprays | |
Effect of Coal Breakage on Methane Emission | |
Evaluating Those Factors That Influence Escape from Coal Mine Fires | |
Evaluating ventilation parameters of three coal mine gobs | |
Extended Advance Face Ventilation Systems | |
Face ventilation analysis by probability plotting of transformed methane concentration data | |
Forecasting methane hazards in metal and nonmetal mines, 1979 (a.e.) | |
Handbook for dust control in mining | |
How to control air contaminants during tunnel construction | |
How to evaluate longwall dust sources with gravimetric personal samplers | |
How U.S. Longwalls Are Achieving the 2.0 Milligram Standard-past Trends and Future Technology | |
Important Factors for Escaping a Mine Fire | |
Improved Face Ventilation Lowers Longwall Dust Levels | |
Improved shearer-clearer system for double-drum shearers on longwall faces | |
Longwall Dust Control. An Overview of Progress in Recent Years | |
Longwall Shearer Performance Using Water-jet-assisted Cutting | |
Measuring the Methane Content of Coalbeds for Resource Evaluation | |
Methane control in tunneling | |
Methane Encountered At the Bureau of Mines Oil Shale Shaft | |
New Methods for Use of Ventilation Air | |
New Ventilation Stoppings for Metal and Nonmetal Mines | |
The Parachute Stopping--preliminary Experiments | |
Parachute-type Stoppings - USBM Develops Different Designs for Day- to-day and Emergency Ventilation Control | |
Potential Hazards of Methane Gas in Oil Shale Mines | |
Quick-fix Blowout Stoppings for Hardrock Mines | |
Reducing Dust At Longwall Shearers by Confining the Dust Cloud to the Face | |
Self-sealing Brattice for Coal Mine Rescue and Recovery | |
Sideboard Device for Improved Face Ventilation in Coal Mines | |
Some New Approaches to Improved Ventilation of the Working Face | |
Some New Developments in Mine Ventilation from the U.S. Bureau of Mines | |
A Spray Fan to Deliver More Air to the Coal Face | |
Taking the Dust Out of Longwalls | |
Ten Ways to Reduce Longwall Dust | |
Three coal mine gob degasification studies using surface foreholes and a bleeder system | |
Three Expert Systems Which Give Advice on Coal Mine Methane and Dust Control | |
Update of Dust Standards Problem and Overview of Improved Control Technology for Respirable Coal Mine Dust | |
USBM Develops Damage-resistant Brattice | |
Using Confirming Events to Detect Coal Mine Fires More | |
Ventilation Monitoring Instrumentation. Ch. 5 in Underground Mining Methods Handbook | |
Water Spray Vent Tube Cooler for Hot Stopes--a Preliminary Report |