NOVELTY - The process for plasma enhanced chemical vapor deposition (PEVCD) of a film made of a composite material, comprises simultaneously introducing a metallic precursor and a carbon source in an enclosure and an evaporation chamber of PEVCD. The metallic precursor is dissolved in a solvent constituting the carbon source for forming a solution, which is introduced in the evaporation chamber with a reactive gas, a reducing agent or an oxidizing agent. The plasma is generated at a frequency of 40-440 KHz, and has a power density of 0.002-0.03 W/cm3.    USE - The process is useful for plasma enhanced chemical vapor deposition (PEVCD) of a film made of a composite material, where the composite film is useful in catalytic applications for degrading organic pollutants and in low temperature fuel cell.    ADVANTAGE - The process ensures easy, economical and continuous plasma enhanced chemical vapor deposition of a composite film thus ensuring high performance of the film in catalytic applications and/or in fuel cell, and avoids the risk of clogging of metals during evaporation.    DETAILED DESCRIPTION - The process for plasma enhanced chemical vapor deposition (PEVCD) of a film made of a composite material, comprises simultaneously introducing a metallic precursor and a carbon source in an enclosure and an evaporation chamber of PVCD. The metallic precursor is dissolved in a solvent constituting the carbon source for forming a solution, which is introduced in the evaporation chamber with a reactive gas, a reducing agent or an oxidizing agent. The plasma is generated at a frequency of 40-440 KHz, and has a power density of 0.002-0.03 W/cm3. The enclosure and the chamber have a pressure of 50 Pa. The composite film is deposited on a support, which is disposed in the enclosure and heated to a temperature of lower than 240 degrees C.    DESCRIPTION OF DRAWING(S) - The diagram shows an evolution of mass percentage of platinum and carbon composite films deposited by metal-organic plasma enhanced chemical vapor deposition (MOPECVD).