Analysis of Ferrite Powder Using Inductively Coupled Plasma Atomic Emission Spectrometry

Effect of Fe2O3 Nanoparticles Dust on the D.C Plasma Characteristics with Mirror Magnetron

“…Plasma with dust is investigated, in many types of research that have both physics studies and technological benefits. [16,17], to understand numerous phenomena as it is a component of the Earth's magnetosphere, cosmic plasma, and others [13][14][15]. Plasma diagnosis using emission spectroscopy is the famous, and most significant method to provide the plasma parameters [18].…”

Influence of Fe2O3 Dust Particles on the Plasma Characteristics of D.C Sputtering System

“…In addition, it consists in laboratory plasma, plasma applied in industrial material for microelectronic processing and plasma in fusion devices [7]. The prevalence of dusty plasma systems, their ease of generation, their special diagnostic methods [8] and control of its parameters [9], and many unique transport features make the dust plasma a subject of much research, which are not only for general physical but also a technological benefit. Different methods are used to produce dust plasma under laboratory conditions [10].…”