We report optical emission spectroscopy (OES) measurements in cylindrical inductively
coupled plasma (ICP) discharges, focusing on E-to-H mode transition in rare gases (Ar, Kr …

In this work, we present the excitation/emission strategy, experimental setup, and results of
an implementation of krypton tagging velocimetry (KTV). KTV is performed as follows:(i) …

The krypton tagging velocimetry (KTV) technique is applied to the turbulent boundary layer
on the wall of the “Mach 3 Calibration Tunnel” at Arnold Engineering Development Complex …

Atomic hydrogen (H) generated by an atmospheric pressure radio frequency (RF) plasma jet
is investigated by two-photon absorption laser induced fluorescence in a He–H 2 mixture …

Atmospheric pressure plasma jets have great potential for the surface modification of
polymers. In this work, the authors report on polystyrene etching by a radio frequency driven …

Optical emission spectroscopy (OES) is classically used to determine the electron
temperature in low-temperature plasmas by assuming a Maxwellian electron energy …

Electron-impact excitation of atoms has been a subject of research for over seven decades.
It is one of the most basic processes in atomic physics and is of fundamental importance for …

We demonstrate the generation of metastable krypton in the long-lived 1 s 5 state using
laser excitation. The atoms are excited through a two-photon absorption process into the 2 p …

Depopulation mechanisms of atomic hydrogen in the n = 3 level following two-photon
excitation by a picosecond laser - IOPscience This site uses cookies. By continuing to use this …

We have used the relativistic distorted-wave approximation to calculate the excitation of the
lowest metastable states of neon, argon, krypton, and xenon [the J= 0, 2 levels of the np 5 …