A plasma loss to sidewall model is used for one-dimensional (1D) particle-in-cell (PIC) with
Monte Carlo collision (MCC) simulation to calculate plasma transport through a transverse …

The characteristic behaviors of the sheath in a collisional dusty plasma composed of
nonthermal electrons, ions, neutral atoms, and negatively charged dusts are investigated. To …

For a wide range of plasma applications across diverse fields, a comprehensive
understanding of the plasma-wall interaction mechanism is indispensable due to its inherent …

The aim of this study to explore the spectroscopic behavior of carisoprodol in terms of
simulated spectra (IR and Raman). The intramolecular H-bond of the molecule has been …

Presheath and sheath structures of collisional two ion species (helium and argon) plasma in
the presence of bi-Maxwellian electrons have been investigated by using a fluid model. As …

The plasma sheath, a thin layer having sharp gradients, is necessary to be formed at any
material wall in exposure with plasma for its stability. Characteristics of magnetized plasma …

For a wide range of plasma applications across diverse fields, a comprehensive
understanding of the plasmawall interaction mechanism is indispensable due to its inherent …

A narrow region having sharp gradients in physical parameters is formed whenever plasma
comes into contact with a material wall. In this work, the temporal velocity variation of ions in …

The understanding of ion dynamics in magnetized plasma sheath is crucial for all
applications of plasma. The velocity variation as well as modulation frequency of ions in a …

The understanding of the properties of magnetized plasma sheath has been various
beneficial applications in surface treatment, electron emission gun, ion implantation, and …