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- Q1634682 subject Q7022841.
- Q1634682 subject Q9113040.
- Q1634682 abstract "Minimum ignition energy (MIE) is the minimum amount of energy required to ignite a combustible vapor, gas or dust cloud, for example by means of an electrostatic discharge. Ignition of a fuel/air mixture is possible only when the rate of liberation of heat near the ignition zone is greater than the heat loss by conduction. Heat loss due to radiation is not considered, as it is assumed to be negligible, and the ignition process is assumed to be steady and one-dimensional. MIE is measured in joules (J).Explosives, hydrogen, unsaturated hydrocarbons and alkanes in oxygen have the lowest MIE: in the range of 1 to 100 μJ. Alkanes in air, distillate fuels, hybrid mixtures and extremely sensitive dusts have a MIE range of 0.1 to 10 mJ. Combustible dusts have a MIE range of 0.01 to 10 J. For most materials the stoichiometric concentration can be calculated from the carbon and hydrogen content and is typically about twice the lower flammable limit (LFL). The lowest ignition energy value rarely occurs at the stoichiometric combustion concentration. For heavier gasses, the minimum usually occurs slightly above stoichiometric concentration and for lighter gasses such as Hydrogen, slightly below.".
- Q1634682 wikiPageWikiLink Q12870.
- Q1634682 wikiPageWikiLink Q1528055.
- Q1634682 wikiPageWikiLink Q193340.
- Q1634682 wikiPageWikiLink Q21069421.
- Q1634682 wikiPageWikiLink Q213185.
- Q1634682 wikiPageWikiLink Q2296331.
- Q1634682 wikiPageWikiLink Q25269.
- Q1634682 wikiPageWikiLink Q3574961.
- Q1634682 wikiPageWikiLink Q41581.
- Q1634682 wikiPageWikiLink Q556.
- Q1634682 wikiPageWikiLink Q7022841.
- Q1634682 wikiPageWikiLink Q9113040.
- Q1634682 wikiPageWikiLink Q965478.
- Q1634682 comment "Minimum ignition energy (MIE) is the minimum amount of energy required to ignite a combustible vapor, gas or dust cloud, for example by means of an electrostatic discharge. Ignition of a fuel/air mixture is possible only when the rate of liberation of heat near the ignition zone is greater than the heat loss by conduction. Heat loss due to radiation is not considered, as it is assumed to be negligible, and the ignition process is assumed to be steady and one-dimensional.".
- Q1634682 label "Minimum ignition energy".