All individual phases of the ternary Cr–C–N system including stable and metastable ones can be deposited at low temperature by metalorganic chemical vapor deposition (MOCVD). These growth processes are mainly based on the use of bis(benzene)chromium as chromium source and various co-reactives. Then, from a good control of the reactive gas phase, it is possible to combine these MOCVD processes to grow in the same reactor protective coatings designed with a complex architecture based on polyphased, nanostructured or multilayer structure which exhibit enhanced properties. These deposition processes are described and the main features of the coatings are discussed
Chromium carbide coatings were grown at 748 K in a hot wall CVD reactor fed by sublimation of bis(be...
A review of the coating kinetics of molybdenum and chromium oxycarbides and a study on the propertie...
The possibilities of structure engineering in multilayer coatings of the MoN–CrN system with relativ...
There is a great interest for multilayer hard coatings because they exhibit enhanced properties resu...
Metalorganic precursors allow a significant decrease of the deposition temperature in CVD processes....
CrCxNy and CrSixCy thin films were deposited under low pressure by metallorganic chemical vapor depo...
International audienceCr deposits are widely used as protective coatings but multifunctional perform...
Atmospheric MOCVD processes assisted by Direct Liquid Injection, attractive for on-line strip coatin...
Abstract. Metalorganic precursors allow a significant decrease of the deposition temperature in CVD ...
Direct liquid injection (DLI) is a new technology particularly convenient for feeding CVD reactors w...
The effect of direct recycling of effluents on the quality of CrxCy coatings grown by MOCVD using di...
International audienceDirect liquid injection – metalorganic chemical vapor deposition (DLI-MOCVD) i...
Nanocrystalline original Cr-based coatings were grown under atmospheric pressure by Direct Liquid In...
A complex study has been performed of the effect of the technological parameters, which are responsi...
Chromium carbide layers were deposited using liquid-injection metal-organic chemical vapor depositio...
Chromium carbide coatings were grown at 748 K in a hot wall CVD reactor fed by sublimation of bis(be...
A review of the coating kinetics of molybdenum and chromium oxycarbides and a study on the propertie...
The possibilities of structure engineering in multilayer coatings of the MoN–CrN system with relativ...
There is a great interest for multilayer hard coatings because they exhibit enhanced properties resu...
Metalorganic precursors allow a significant decrease of the deposition temperature in CVD processes....
CrCxNy and CrSixCy thin films were deposited under low pressure by metallorganic chemical vapor depo...
International audienceCr deposits are widely used as protective coatings but multifunctional perform...
Atmospheric MOCVD processes assisted by Direct Liquid Injection, attractive for on-line strip coatin...
Abstract. Metalorganic precursors allow a significant decrease of the deposition temperature in CVD ...
Direct liquid injection (DLI) is a new technology particularly convenient for feeding CVD reactors w...
The effect of direct recycling of effluents on the quality of CrxCy coatings grown by MOCVD using di...
International audienceDirect liquid injection – metalorganic chemical vapor deposition (DLI-MOCVD) i...
Nanocrystalline original Cr-based coatings were grown under atmospheric pressure by Direct Liquid In...
A complex study has been performed of the effect of the technological parameters, which are responsi...
Chromium carbide layers were deposited using liquid-injection metal-organic chemical vapor depositio...
Chromium carbide coatings were grown at 748 K in a hot wall CVD reactor fed by sublimation of bis(be...
A review of the coating kinetics of molybdenum and chromium oxycarbides and a study on the propertie...
The possibilities of structure engineering in multilayer coatings of the MoN–CrN system with relativ...