Magnetic fields affects chemical reactions through acting on irons, electriferous groups and
magnetic particles. Gas combustion and explosion are a chain reaction process of free …

Efficient utilization of low calorific value fuels is challenging due to their limited burning rates
and stability. This study explored the use of upward-increasing magnetic fields as a novel …

Ammonia, a potential hydrogen energy carrier, offers high energy density as a carbon-free
fuel, yet its application in micro burners is limited by flame instability. To capitalize on this …

To explore new gas explosion prevention and control technology, experiments on the
influence of magnetic field on the explosion characteristics of ethane were carried out, and …

Magnetic field has excellent development potential in the field of explosion. The authors
found the suppression effect of magnetic fields on alkane gas explosions. In this paper, the …

Influence of magnetic fields on the properties of methane laminar combustion was
investigated experimentally. A high downward gradient of the square of the magnetic flux …

This study explores the stabilization of non-premixed NH 3/CH 4 flames using gradient
magnetic fields, overcoming challenges like low flame speed and instability inherent in …

The combustion characteristics of laminar biogas premixed and diffusion flames in the
presence of upward decreasing magnetic fields have been investigated in this study. The …

To investigate the effect of magnetic materials on hydrogen explosion, experiments on the
effect of antimagnetic aluminium wires and ferromagnetic nickel wires on hydrogen …

Under applying the gradient electromagnetic field of 2100Gs-3300Gs, the explosion
pressure and the propagation velocity of the explosion flame of 5% propane/air premixed …