Incandescent and fluorescent tubes which are more energy efficient
, UV excitation phosphor luminescence, due to the operation of the fluorescent lamp filament temperature in 1160K or so, than the incandescent lamp working temperature 2200K-2700K
Mercury atoms in the absorption of energy after the transition to produce ionization, issued 253.7nm
Electron strikes the argon atoms to produce inelastic collisions, and the argon atoms collide with the energy and then hit the mercury atoms,
At about 1160K, the filament began to emit electrons
Energy-saving lamps are mainly through the ballast to the lamp filament heating
