The physics of gas discharge lamps is reviewed, with particular emphasis on new
developments in the field. In addition to the most important light sources (fluorescent and …

Helium line emission spectroscopy to measure plasma parameters using modeling and
machine learning in low-temperature plasmas - IOPscience Skip to content IOP Science home …

We report experimental rate coefficients for the energy-pooling collisions Cs (6 P 1/2)+ Cs (6
P 1/2)→ Cs (6 S 1/2)+ Cs (nl J′) and Cs (6 P 3/2)+ Cs (6 P 3/2)→ Cs (6 S 1/2)+ Cs (nl J′) …

An experimental study using time-resolved fluorescence techniques together with theoretical
simulations has been conducted and used to determine the quenching cross-sections of …

An integral analytical formula for a spatial distribution of the optical escape factor (OEF) in an
infinite cylindrical plasma is derived as a function of an arbitrary upper state spatial density …

We report experimental rate coefficients for the energy-pooling collisions K (4 PJ)+ K (4
PJ)→ K (4 S)+ K (nl) with product states nl= 5 P, 6 S, and 4 D. The experimental procedure …

We measure the lifetime of the cesium 5 D 5/2 2 state using a time-resolved single-photon-
counting method. We excite atoms in a hot vapor cell via an electric quadrupole transition at …

An optogalvanic method is used to measure photoemission coefficient γ ph in a gas
discharge exposed to the resonant radiation of helium atoms. The range of working current …

A highly realistic Monte Carlo code is used to simulate radiation trapping including effects
due to partial frequency redistribution and with a spectral line profile dominated by natural …

Populations of excited atoms that all have the same z component of velocity can be
produced by pumping a vapor with a narrow-band laser. This velocity-selected population is …