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Ignition Temperature and Residence Time of Suspended Magnesium Particles
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 Title & Authors
Ignition Temperature and Residence Time of Suspended Magnesium Particles
Han, Ou-Sup;
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 Abstract
Effects of residence time on the MIT(Minimum Ignition Temperature) in suspended Mg particles are examined by using MIT experimental data and calculation results of terminal velocity. With increasing of the average particle diameter, we were able to identify that MIT of Mg dusts increased and the calculated residence time of particle decreased exponentially. Also, the influence on terminal velocity due to temperature increase increased slightly with increasing of average particle diameter.
 Keywords
magnesium particles;terminal velocity;minimum ignition temperature;residence time;
 Language
Korean
 Cited by
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