The figure above shows the main regions that may be present in a glow discharge.

During the glow discharge region, the air becomes a conductor.

Initially it was used to produce plasma by the glow discharge process.

Moore had devised his glow discharge lighting system by 1896.

Some basic experiments were conducted in the glow discharge setup.

Another way to form it is via a glow discharge in sulfur dioxide.

II: glow discharge, which occurs once the breakdown voltage is reached.

These differ from glow discharges in that the sheaths are much less intense.

Ions can be created in an electric glow discharge.

Both bulk and depth analysis of solids may be performed with glow discharge.

Neon lamps operate using a low current glow discharge.

The high voltage of early transmitters excited a glow discharge in the gas.

The use of a glow discharge for solution of certain mapping problems was described in 2002.

Applying power to one cathode surrounds it with an orange glow discharge.

The lamp glow discharge lights at its striking voltage.

At lower currents, the area of the electrodes covered by the glow discharge is proportional to the current.

When power is first applied to the circuit, a glow discharge will appear over the electrodes in the starter lamp.

A glow discharge is a plasma formed by the passage of electric current through a low-pressure gas.

Electric glow discharge is common in gas lasers.

When a voltage is applied to electrodes inserted through the glass, an electrical glow discharge results.

When an arc starts, its terminal voltage is much less than a glow discharge, and current is higher.

Excited states are formed in a glow discharge in a chamber through which the gas flows.

Glow discharge is facilitated by electrons striking the gas atoms and ionizing them.

The requirement for samples of glow discharge atomizers is that they are electrical conductors.

A heating mechanism or a glow discharge plasma may be used to clean the probe and prevent misleading results.