Compared to diesel, liquefied natural gas (LNG), often used as an alternative fuel for marine
engines, comes with significant advantages in reducing emissions of particulate matter (PM) …

This article is intended to provide a comprehensive review of the experimental studies
conducted to understand the effect of several parameters involved in the discharge plasma …

To improve NO oxidation and energy efficiency, the effect of dielectric barrier discharge
reactor structure on NO oxidation was studied experimentally in simulated diesel exhaust at …

The dielectric barrier discharge (DBD) driven by a pulsed power supply can produce non-
equilibrium plasma at atmospheric pressure with merits of more uniform and higher …

The inner electrode diameter on performances of dielectric barrier discharge reactor for
desulfurization and denitrification was systematically investigated in H 2 O/O 2/SO 2/NO/C 3 …

The increase of diesel vehicle leads to a large amount of NO emissions, and non-thermal
plasma (NTP) combined with wood fiber is a new method in the field of exhaust gas …

A numerical equation to satisfy the effect of the transverse layer of a dielectric barrier located
at a non-uniform electric field distribution resulting from a rod-to-plane gap configuration is …

To explore the mechanism underlying the removal of CH 4 and NO x, which are typical
emissions from LNG engines, through the nonthermal plasma method, a plasma chemistry …

Experimental investigation on the NO x removal efficiency and energy yield (EY) of eight
dielectric barrier discharge (DBD) reactor configurations is done in this work. A high voltage …

Seagoing vessels are responsible for more than 90% of global freight traffic, but meanwhile,
emission pollutants (NO x and SO x) of seagoing vessels also cause serious air pollution …