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March 8, 2026Russian Journal of Physical Chemistry A0 citations

Reaction Mechanisms in Flame Propagation and Gas Explosion and Detonation Processes

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VAV. V. AzatyanVPV. M. Prokopenko

Key Points

  • The central aim is to explore how chemical factors influence flame propagation and manage gas explosions and detonations.
  • Analyzed reaction mechanisms in flame propagation and gas explosions.
  • Investigated the role of heterogeneous reactions involving atoms and radicals.
  • Examined different inhibitors and chemical properties of reactor surfaces for controlling explosions.
  • Identified key chain reactions in flame and explosion dynamics.
  • Demonstrated how inhibitors can reduce explosion intensity.
  • Showed that altering reactor surface properties affects detonation velocity.

Abstract

The results of the study and use of chemical factors that make it possible to control flame propagation and gas explosion and detonation are presented. In view of the chain nature of reactions in these processes, an important role of heterogeneous reactions of atoms and radicals in all combustion modes was discovered. The tendencies in explosion and detonation inhibition are discussed; examples of control over the explosion intensity and detonation velocity by using inhibitors and by varying the chemical properties of the reactor surface are given.

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Cite This Study

Azatyan et al. (2026) studied this question.

synapsesocial.com/papers/69ada90bbc08abd80d5bc64dhttps://doi.org/10.1134/s0036024425703042
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