A technique of thin-film deposition from plasma of metal vapors and ch
emically active gases is described. The metal-vapor plasma is generate
d by a non-self-maintained are discharge from a vaporized anode. The r
eactive gas (N-2, O-2, CO2, or CH4) is introduced into the working vol
ume before the discharge in anode-material vapors is ignited. The effe
ct of the gas pressure on the current-voltage characteristics and floa
ting plasma potential at the substrate site is studied. The fields of
application of the developed technology are indicated.