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Rudra, P., Mohan, O. and Mushrif, S.H. (2025) Catalytic Methane Dissociation and Its Non-Oxidative Coupling in Metal-Dispersed Molten Salt Media: An ab Initio Molecular Dynamics Investigation. Materials Horizons, 12, 4685-4698.
https://doi.org/10.1039/d5mh00416k

has been cited by the following article:

• TITLE: Effect of Inert Gas and Porous Media on Premixed Hydrogen/Methane/Air Explosions in Tubes

  AUTHORS: Manishimwe Fabrice, Kai Zheng, Birori Jean

  KEYWORDS: Hydrogen/Methane, Nitrogen, Premixed Flame, Explosion Suppression, Porous Media

  JOURNAL NAME: Journal of Power and Energy Engineering, Vol.14 No.2, February 24, 2026

  ABSTRACT: This paper experimentally investigates the effect of nitrogen and porous media on the explosion behavior of hydrogen/methane/air mixtures. The study examines the impact of nitrogen volume fraction and the location of porous media (distance to the ignition source) on hydrogen/methane/air mixtures with a fixed hydrogen-to-methane volume ratio of 1:1. The results indicate that the presence of nitrogen and porous media significantly alter explosion dynamics, influencing both flame propagation and peak explosion pressures. The greater the volume fraction of nitrogen and the closer the porous medium is to the ignition source, the more the explosion of the hydrogen/methane/air premixed gas is suppressed. These findings have the potential to prevent the explosion of hydrogen/methane-blended fuels and have significant implications for their practical applications.