… of nonequilibrium atmospheric pressure argon plasma (N-… as a directed jet, while slightly
expanding. The coaxial screen of the … (air) causes the decomposition of molecules into excited …

… Firstly, we analyze the origin of the enhanced plasma density for Vaughan's model compared
to a constant electron reflection coefficient. Comparing these two surface models, the only …

… reactive species to a region separated from the plasma … the electrical excitation and the
jet geometry, different plasma … walls, and atmospheric static pressure at the extended area …

… extended our theoretical model previously applied for atmospheric pressure air plasma to
explain the plasma … during the plasma decay due to electron-impact excitation of molecules. …

… Argon plasma with enhanced atomic oxygen content can be … reactive species such as atomic
oxygen and excited argon … our setup, the helium plasma can be excited at a lower applied …

… species is increased in the RF plasma, allowing in comparison to HF plasmas an enhancement
of N 2 (X, v) excitation … of vibrationally excited N 2 (X, v) molecules in the RF plasma and …

… The reactive oxygen species in the cold plasma jet is studied … discharge, due to the fact that
they produce excited particles and … In recent years, increased attention has been paid to the …

… CN in cold atmospheric-pressure argon plasma jet once high … found in argon microwave
plasma jet expanding in the air [18]. A … excited species that are pumped by exothermic reactions. …

… In the present work, we extend the previous plasma model and set aside the assumption of
… the spatial extent of the plasma core and the excited species is confined in the region of the …

… the excitation and plasma-sustaining powers of argon plasma … , the size of the bell expands
and reaches the inner side of … the plasma characteristics like the number of excited species. …