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International journal of hydrogen energy, 2023
Qiaojie Huang, Jinlong Liu
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Qiaojie Huang, Jinlong Liu
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2009
In the context of nonshock initiation of secondary explosives, electric sparks and lasers represent sources of external power that may stimulate exothermic reaction in energetic materials, and generate enough heat and reaction product gases to ignite a propagating combustion reaction.
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In the context of nonshock initiation of secondary explosives, electric sparks and lasers represent sources of external power that may stimulate exothermic reaction in energetic materials, and generate enough heat and reaction product gases to ignite a propagating combustion reaction.
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International journal of hydrogen energy, 2023
Caneon Kurien, Mayank K. Mittal
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Caneon Kurien, Mayank K. Mittal
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Spark ignition of turbulent gases
Combustion and Flame, 1982Abstract Theoretical numerical solutions are presented of the spread of hot gas kernels under turbulent and laminar conditions. Even under the former condition the early stages of thermal spread occur principally through the agency of molecular conduction.
M. McMahon +3 more
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Minimum ignition energy for laser spark ignition
Proceedings of the Combustion Institute, 2005Abstract Combustion ignition by electrical sparks and nonresonant laser sparks is preceded by breakdown, electron heating, relaxation of internal plasma energy, shock wave generation and propagation, and subsonic flows. Measurements and model calculations of these processes (which occur over times of 10 −12 –10 −1 s) in laser sparks show that the ...
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Spark ignition transitions in premixed turbulent combustion
Progress in Energy and Combustion Science, 2023S. Shy
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Review and Performance Evaluation of Fifty Alternative Liquid Fuels for Spark-Ignition Engines
Energy & Fuels, 2019The currently discussed alternative fuels for spark-ignition engines are numerous. A total of 50 different liquid fuel compounds were identified from the literature.
Dominik Gschwend +3 more
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Combustion in a spark-ignition engine
Applied Energy, 2000Abstract This paper describes a simple analysis for the prediction of pressure within a spark ignition engine. This is done by modelling the combustion process using the Wieb function approach, which is an exponential function in the form y=1−e−axm, to calculate the rate of fuel burned.
Z.H Kodah +3 more
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