Nanoparticles (NPs) possess a unique combination of physicochemical properties, which
makes them promising materials for use in such fields of science and technology as …

The electrical explosion method, due to its simplicity and high efficiency, has attracted
significant attention in graphene synthesis. Generally, graphite rods and carbon fibers are …

Plasma technology is often referred to as one of the critical technologies of the twenty-first
century. In the developed countries such as the USA and Japan, intensive scientific effort …

Graphene nanosheets were produced by electrical explosion of high-purity graphite sticks in
distilled water at room temperature. The as-prepared samples were characterized by various …

The Fe–FeO–graphene nanocomposite material was produced successfully by pulsed wire
discharge in graphene oxide (GO) suspension. Pure iron wires with a diameter of 0.25 mm …

The electrical explosion of wire (EEW), which can generate a convenient, stable, and
controllable shock wave (SW), is gradually acted as a physical and environmentally friendly …

Copper electrical wire explosion experiments were conducted in water, and the elementary
process of wire explosion was analysed according to the measured current and voltage …

In this study, we investigated electric explosion of iron wire in distilled water with different
energy input adjusted by charging voltage. The as-prepared samples were characterized by …

In this paper, an experimental study using time resolved imaging was reported to study the
expansion of the vapor as well as subsequent formation of the arc plasma during the …

The mechanism of nanoparticle formation by wire explosion process has been investigated
by optical emission spectroscopy in Antony et al. 2010 [2][J Quant Spectrosc Radiat Transfer …