Optical spectroscopy is a powerful, nonintrusive diagnostic tool that can provide
unparalleled insight into fundamental plasma properties. Specifically, these techniques are …

Spectrochimica Acta, Part B. Except otherwise stated in the respective subsections, further
journals were not considered in this review, in which especially the trends in the method …

The power-off phase of pulsed low-pressure plasmas (the so-called afterglow) in noble
gases is a rich field for both fundamental and application oriented research. The physics of …

Advances in instrumentation and the parallel development of proper analytical
methodologies have fuelled an extraordinary growth of analytical applications with glow …

Spatio-temporal dynamics of a Grimm-type microsecond pulsed glow discharge (μPGD), that
operates in abnormal glow regime in argon at 6 mbar, is presented. The occurrence of a …

Investigations of the low pressure (1–100 Torr) gas discharge in the powerful (1 kW) quasi-
optical terahertz (0.55 THz) wave beams were made. An intense afterglow was observed …

A novel Acousto-Optical imaging Spectrometer (AOS) was developed with unique features
that make it attractive for different applications and fundamental investigations in atomic …

In this work, the Sr3Al2O5Cl2: Eu2+ and Sr3Al2O5Cl2: Eu2+, Bi3+ phosphors are
synthesized by high temperature solid state reactions. Various characterization techniques …

We studied the energy transport process in pulsed microwave argon plasmas at
atmospheric pressure, focusing on the optical emission burst during the pulse-off time called …

The presence of water in the discharge cell is a serious problem in glow discharge mass
spectrometry. Even very small quantities of water can make considerable changes in the …