Biased electrodes are common components of plasma sources and diagnostics. The plasma–
electrode interaction is mediated by an intervening sheath structure that influences …

Equilibrium states of anodic double layers that form near a positively biased disk-shaped
electrode immersed in a partially ionized plasma are studied experimentally using …

Fireballs are discharge phenomena on positively biased small electrodes in plasmas. The
discharge arises from electron energization at a double layer. Fireballs can collect relatively …

We report experimental results and theoretical modeling showing the interaction between
two fireballs excited on two positively biased electrodes immersed in a low-temperature …

Periodic current bursts observed in the dynamic current-voltage characteristic of a probe in
the presence of a plasma fireball in dynamic state were modeled in the frame of the scale …

A new fireball configuration has been developed which produces vircator-like instabilities.
Electrons are injected through a transparent anode into a spherical plasma volume. Strong …

A fireball is formed inside a highly transparent spherical grid immersed in a dc discharge
plasma. The ambient plasma acts as a cathode and the positively biased grid as an anode …

Fireballs are luminous regions produced by double layers in front of positively biased
electrodes in plasmas. Although fireballs have been investigated previously there are a …

Anode double layer and droplet shaped fireball are found in a magnetically constricted
anode. The disc shaped anode is constricted using permanent magnets. The device has …

High-frequency instabilities are observed in connection with unstable fireballs. Fireballs are
discharge phenomena near positively biased electrodes in discharge plasmas. They are …