The improvement of the ignition and combustion performance of aerospace engines under
extreme conditions such as high altitude, low temperature, low pressure, and high speed is …

This review is intended to give an overview of recent results on plasma-assisted ignition and
combustion. The influence of electrical discharges on combustion processes is introduced …

The recent advances in plasma-assisted combustion must now be strengthened through
high-fidelity numerical simulations. However, detailed plasma-combustion coupled …

Ammonia received increased attention as a carbon-free fuel and hydrogen carrier. Poor
combustion stability and high NOx emission are the main issues for ammonia combustion …

The next generation of advanced combustion devices is being developed to operate under
ultra-high-pressure conditions. However, under such extreme conditions, flame tends to …

The combustion process of droplet in an electric field is observed experimentally. The
deformation and temperature of flame and droplet are obtained, and the combustion rate …

Combustion of natural gas in combination with hydrogen, coupled with argon as a working
fluid, is a promising approach to increasing the efficiency of internal combustion engines …

This study investigated the effects of nanopulsed plasma discharge on combustion
enhancement. A disk-ring plasma actuator was developed to be applied to a rectangular …

The application of electrical techniques such as electric field, polarization, and ionization in
the field of combustion makes many positive developments possible. The electric field effect …

Methane has become increasingly popular in rocket propulsion, but low stability and limited
flammability range have always been a concern about methane-powered systems. Many …