The line 185 nm will create ozone in an oxygen containing atmosphere, which helps in the cleaning process, but is also a health hazard.

These include the gases that create acid rain and ozone, as well as carbon dioxide.

Volatile chemicals from gasoline vapor and various industrial and commercial sources react with sunlight creating ozone, a chief ingredient of smog.

Free radicals of oxygen in and around the arc recombine to create ozone [O].

More heat speeds the chemical reactions that create ozone, the primary component of smog.

The extremely high temperature of the arc cracks the surrounding gas molecules creating ozone, carbon monoxide, and other compounds.

These carbon compounds react with particles in the air to create ozone.

These unburned hydrocarbons react with sunlight, particularly in the summer, to create ozone, a major source of respiratory problems.

The nitrogen oxides react with other chemicals in the air to create ozone in the troposphere, or lower atmosphere.

A static discharge in the presence of air or oxygen can create ozone.