Plasma catalysis is gaining increasing interest for various applications, but the underlying
mechanisms are still far from understood. Hence, more fundamental research is needed to …

When N2/O2 mixture is used for nitrogen fixation (NF), researchers believe that the
Zeldovich mechanism is the main pathway for NO formation. However, there is still debate …

In this study, a plasma-assisted nitrogen fixation (NF) process, using dielectric barrier
discharge (DBD) air and N 2 plasmas ignited over a water surface is presented. We describe …

Nitrogen fixation (NF) was investigated in a rotational gliding arc plasma based on various
energy inputs, flow rates, and N 2: O 2 ratios under atmospheric conditions. For practical …

Plasma-based NO x synthesis from ambient air is a promising sustainable technology for
producing value-added chemicals, such as nitrogen fertilizer and medication. The relatively …

Due to the extremely high bond energy of N≡ N (∼ 941 kJ/mol), the traditional Haber–
Bosch process of ammonia synthesis is known as an energy-intensive and high CO2 …

Plasma-assisted nitrogen fixation has emerged as a promising alternative to conventional
nitrogen fixation methods. In this study, we investigate the feasibility of plasma-assisted …

Plasma catalysis for ammonia synthesis technology exhibits significant development
potential, and improving the synergistic interaction between plasma and catalyst is a …

This research explores the potential of electric field enforcement in dielectric barrier
discharge using specially designed pyramid‐shaped μ‐electrodes for a plasma‐assisted …

The plasma nitrogen fixation for NOx synthesis from N2 and O2 in MnOx/Al2O3 packed-bed
dielectric barrier discharge (DBD) and an enhanced effect of MnOx/Al2O3 catalyst are …