Ammonia (NH 3) is the most crucial industrial chemical feedstock for producing fertilizers
and is a promising future hydrogen carrier. Recent research has spurred to development of …

Nitrogen fixation, the conversion of atmospheric nitrogen into biologically useful compounds,
is crucial for sustaining biological processes and industrial productivity. Recent advances …

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 …

This study presents insights into the use of activated Al 2 O 3 Al_2O_3 catalysts to improve
the energy efficiency of NO x NO_x production in atmospheric pressure air plasma. The …

In plasma-coupled catalytic oxidation of nitrogen fixation (NF), the gas–liquid phase
combination and synergy with surface catalysis improve NF conversion and reduce energy …

Sustainable nitrogen fixation driven by renewable energy sources under mild conditions has
been widely sought to replace the industrial Haber-Bosch process. The fixation of nitrogen in …

The data on densities of nitrogen oxides in air sample, taken by MT Dmitriev in the
immediate neighborhood of ball lightning, are explained for the first time within framework of …

The great advantage of plasma technology in harnessing abundant clean energy for
electrifying and decentralizing the chemical industry holds the promise of attaining carbon …

The development of a nonconventional nitrogen fertilizer, which can be fixed in agricultural
fields using decentralized renewable energy sources, presents a feasible solution for …

In this work, gliding arc discharge (GAD) was used to produce air plasma and investigate the
influence of the discharge parameters on the composition of the air plasma, vibrational …