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Human response to controlled levels of inert dust.
The American review of respiratory disease, 1979We studied nasal mucous flow, airway resistance, and subjective response in 16 young healthy subjects during 5-hour exposures to 2, 10, and 25 mg of inert dust per m3 in an environmental chamber. The dust was a fully polymerized plastic dust containing carbon black.
I, Andersen +3 more
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Inert dust insecticides: Part I. Mechanism of action
Annals of Applied Biology, 1944The mode of action of inert dust insecticides on the grain weevil (Calandra granaria L.) has been investigated by determination of mortality‐time curves and by a detailed study of the influence of dusts on the water relations of the insects. It has been found that dusts do not depend for their action on any chemical reactivity, some highly inert ...
P. Alexander +2 more
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Effect of Inerts on Layer Ignition Temperatures of Coal Dust
Combustion and Flame, 1998An experimental study into the hot surface ignition of coal dust layers has been conducted. Two coals were examined: Prince coal from the Cape Breton Development Corporation and Pittsburgh coal from the United States Bureau of Mines. The effect of admixed inerts (dolomite and limestone) on the dust layer ignition temperature has been analyzed using a ...
Prabhakar D. Reddy +2 more
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Influence of inert materials on the self-ignition of flammable dusts
Journal of Loss Prevention in the Process Industries, 2015Abstract Flammable solid bulk materials, including dusts, often undergo spontaneous combustion and the spread of reaction fronts. By addition of inert substances, the ignition and combustion behavior can be influenced. In a series of experiments different types of coal were mixed with inert powders to study the effect of the composition on the self ...
Benjamin Binkau +2 more
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Journal of Hazardous Materials, 2008
Metal powders or dusts can represent significant dust explosion hazards in industry, due to their relatively low ignition energy and high explosivity. The hazard is well known in industries that produce or use aluminum powders, but is sometimes not recognized by facilities that produce aluminum dust as a byproduct of bulk aluminum processing.
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Metal powders or dusts can represent significant dust explosion hazards in industry, due to their relatively low ignition energy and high explosivity. The hazard is well known in industries that produce or use aluminum powders, but is sometimes not recognized by facilities that produce aluminum dust as a byproduct of bulk aluminum processing.
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Smoking impairs alveolar macrophage activation after inert dust exposure
Toxicology Letters, 1996Magnetopneumography was applied to investigate intracellular phagosome motion in alveolar macrophage cells of healthy subjects (non-smokers and smokers). Ingested magnetic microparticles are inhaled and phagocytized by alveolar macrophages within hours. Thereby the particles are transferred into phagolysosomes. After magnetization the particles produce
W, Möller +6 more
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Solid inertants and their use in dust explosion prevention and mitigation
Journal of Loss Prevention in the Process Industries, 2006This paper is a review of the use of inert dusts to reduce the risk of dust explosions through both prevention and mitigation schemes. The review is conducted by referring primarily to the research results of the author and his colleagues in this area, with appropriate reference to the work of other researchers.
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Inhibition of Four Inert Powders on the Minimum Ignition Energy of Sucrose Dust
Processes, 2022Jeffrey Soar +2 more
exaly
Study on inertization of dust-air mixtures
Przemysl Chemiczny, 2014Kukfisz, Bozena +2 more
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