Vapor pressure and sensitization effects in detonation of a decane spray
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Elsevier BV
Reference12 articles.
1. Gaseous Detonations. V. Nonsteady Waves in CO–O2 Mixtures
2. Sensitized ignitions of methane and oxygen
3. Effect of NO2 on the ignition delay of CH4-air mixtures
4. The influence of additives on the burning of clouds of coal particles in shocked gases
5. Relation of Chemical and Physical Processes in Two Phase Detonation;Lu,1977
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