Incoherent Thomson scattering (ITS) has a long history of application for the determination of
electron density and temperature in dense fusion plasmas, and in recent years, has been …

A new incoherent Thomson scattering system measures the evolution of electron velocity
distribution functions perpendicular and parallel to the ambient magnetic field during kinking …

It is generally recognized that the electron temperature T e either remains constant or
decreases slightly with plasma power (plasma density). This trend can be simply verified …

A “cutoff probe” uses microwaves to measure the electron density in a plasma. It is
particularly attractive because it is easy to fabricate and use, its measurement is immune to …

In addition to the magnetic confinement fusion plasma, Thomson scattering has been
applied to measure electron density and temperature of low-temperature plasmas. Based on …

In this paper, a high-density inductively coupled argon plasma was generated by an RF
power supply, and the plasma density, electron temperature, and plasma potential were …

The radial profiles of the electron density, electron temperature, and molecular rotational
temperature are investigated in an argon atmospheric-pressure plasma jet in contact with …

Incoherent Thomson scattering (ITS) has been applied for decades for the determination of
electron density and temperature in fusion plasmas. In recent years, this diagnostic …

The two-dimensional profiles of the electron density, electron temperature, neutral
translational temperature, and molecular rotational temperature are investigated in an argon …

Bipolar high power impulse magnetron sputtering (bipolar HiPIMS) is a relatively new
technique used in magnetron sputtering devices, where a positive voltage pulse is applied …