We present a topical review of the detailed experimental investigations of the Electron
Temperature Gradient (ETG) instability-induced turbulence and associated transport that …

We investigated the mass dependency of the high-wavenumber turbulence, which occurs at
scales smaller than the ion effective Larmor radius, in a partially magnetized plasma column …

The electrostatic particle flux is measured in the presence of obliquely propagating quasi-
longitudinal (QL) whistler turbulence (⁠ ω ci< ω LH≈ ω< ω ce⁠) in the large-volume plasma …

This paper discusses the salient features and plasma performance of the newly installed
Large Area Multi-Filamentary Plasma Source (LAMPS) in large volume plasma device …

A wake is created in a plasma when a macroscopic body blocks the flow of charged particles
from entering in to a downstream plasma region. The phenomena leads to a strong …

The possibility of achieving uniform and controllable plasma distribution remain a
fundamental challenge in low pressure plasma discharges, which has numerous …

The Large Volume Plasma Device (LVPD) has successfully demonstrated excitation of the
Electron Temperature Gradient (ETG) driven turbulence in the finite plasma beta (⁠ β∼ …

Understanding electron transport across magnetic field lines in a fusion device is critical.
Linear calculations based on numerical and theoretical models reveal that the ETG mode is …

Plasma transport remains a core problem for magnetically confined fusion plasmas and
hence allows uninterrupted attempts in the domain of theoretical, computational and …

The Large Volume Plasma Device (LVPD) has successfully demonstrated excitation of
Electron Temperature Gradient (ETG) driven turbulence in finite plasma beta condition …