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Particle-size effects on the distribution of fuel nitrogen in one-dimensional coal-dust flames
Symposium (International) on Combustion, 1988Measurements of the distrubution of fuel nitrogen as a function of residence time in fuel-rich, one-dimensional, bituminous, pulverized-coal/O2/Ar flames are reported. A complete accounting of the major nitrogen-containing species, HCN, NO, NH3, N2, and solid-phase nitrogen, was obtained for three different particle size distributions.
K. Clark Midkiff, Robert A. Altenkirch
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Journal of Loss Prevention in the Process IndustriesThe Annals of Occupational Hygiene, 1988
Abstract In addition to mineral composition, various other factors influence the pathogenicity of the coal mine dusts. The grain size distribution of the dusts indicates the depth of deposition of dusts in the alveolar region. Thus there may arise the question of the severity of the health hazards caused by every particle size.
J. BRUCH, W. HILSCHER
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Abstract In addition to mineral composition, various other factors influence the pathogenicity of the coal mine dusts. The grain size distribution of the dusts indicates the depth of deposition of dusts in the alveolar region. Thus there may arise the question of the severity of the health hazards caused by every particle size.
J. BRUCH, W. HILSCHER
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Determining the Composition and Particle Size of Coal Dust by Dynamic Light Scattering
Coke and Chemistry, 2021O. S. Efimova +4 more
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Analysis of particle size distribution in coal dust by laser diffraction
Gornyi Zhurnal, 2020Yu. F. Patrakov, S. A. Semenova
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Development of method for coal dust particle size distribution characterization by laser diffraction
Mining informational and analytical bulletin, 2022V.A. Krasilova +4 more
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96/00933 Effect of rock dust particle size on suppression of coal dust explosions
Fuel and Energy Abstracts, 1996openaire +1 more source
Effects of particle size on the self-ignition behaviour of a coal dust layer on a hot plate
Fuel, 2020Bei Li, Chi‑Min Shu
exaly