This study presents a comprehensive review of the automated classification in partial
discharge (PD) source identification and probabilistic interpretation of the classification …

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 …

The dielectric barrier discharge‐based non‐thermal plasma technique is one of the most
prominent techniques which give peerless results in controlling the concentration of NOX …

A new method for nitric oxide (NO) removal was developed by combining dielectric barrier
discharge (DBD) and negative pulse corona (NPC). The effects of gas composition (O 2, CO …

The research work in this paper is based on generation of high voltage pulses using
compact power supply sources for abatement of NO x from the diesel engine exhaust. The …

Solid waste in association with plasma was explored as an alternate to commercial
catalyst/adsorbents. We have demonstrated reuse of foundry sand and red mud wastes for …

Recently plasma catalysis with pellets made from industrial waste is gaining significance in
enhancing the removal efficiency of oxides of nitrogen (NOX) in diesel exhaust. In this paper …

Typical road, rail, air and water transport results in exhausts that are harmful to living beings.
Hence the pollutants must be filtered before it is released into the atmosphere. Various …

The traditional dielectric barrier discharge reactors with metal-grounded electrodes have the
disadvantages of electrode ablation, short lifetime and poor stability, which limit the practical …

The removals of NO x by low temperature plasma produced from gas-liquid two phase
dielectric barrier discharge (DBD) were investigated, also studied the major particles …