In magnetic confinement fusion devices, supersonic molecular beam injection (SMBI) is
commonly used as a fueling method, which has also performed well in physical studies …

Since the 2018 IAEA-FEC conference, in addition to expanding the parameter horizons of
the ADITYA-U machine, emphasis has been given to dedicated experiments on inductively …

The effects of nitrogen gas seeding in the edge and scrape-off layer (SOL) regions of a
tokamak plasma are studied through 2D fluid simulations using the BOUT++ code. Proper …

Microwave interferometry has been used extensively for plasma diagnostics in tokamak for
real-time electron density measurements. Real-time density measurement is an …

We present numerical simulation studies on impurity seeding using nitrogen, neon, and
argon gases. These impurity gases are ionized by the electron impact ionization. These ions …

Short bursts (∼ 1 ms) of gas, injecting∼ 10 17–10 18 molecules of hydrogen and/or
deuterium, lead to the observation of cold pulse propagation phenomenon in hydrogen …

To reduce the risk of severe damage to the vessel and inner peripherals of any tokamak and
its safe operation, a robust technique for the mitigation of runaway electrons (REs) is …

Global gyrokinetic simulations of the electrostatic microturbulence driven by the pressure
gradients of thermal ions and electrons are carried out for the ADITYA-U tokamak geometry …

An impurity ion toroidal rotation profile has been observed in the ohmic discharges of the
Aditya-U tokamak from the Doppler-shifted passive charge exchange line emission of C 5+ …

Two dimensional interchange turbulence has been used to describe neon gas interaction
with tokamak plasma, and is able to include anomalous transport effects self-consistently in …