The chemistry of an argon/nitrogen thermal plasma expanding through a graphite nozzle is investigated in order to unravel the role of plasma species in the deposition (1-3 nm s-1 rate) of non-hydrogenated amorphous carbon nitride (a-C:N) films. The spectral emission of plasma species is studied and is used in combination with mass spectrometry and nozzle temperature measurements to distinguish possible mechanisms of species production and excitation
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
International audienceIn the context of nitrogen-rich amorphous carbon thin films ultrafast pulsed l...
Carbon nitride films were deposited on 〈111〉 Si substrates by XeCl laser ablation of graphite in low...
The chemistry of an argon/nitrogen thermal plasma expanding through a graphite nozzle is investigate...
The chemistry of argon, argon/nitrogen and argon/nitrogen/acetylene expanding thermal plasmas is inv...
The use of an Expanding Thermal Plasma (ETP) generated by a cascaded arc for deposition of hydrogen-...
This work has been carried out in connection with the possibilities to deposit carbon nitride materi...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
International audienceIn the context of nitrogen-rich amorphous carbon thin films ultrafast pulsed l...
Carbon nitride films were deposited on 〈111〉 Si substrates by XeCl laser ablation of graphite in low...
The chemistry of an argon/nitrogen thermal plasma expanding through a graphite nozzle is investigate...
The chemistry of argon, argon/nitrogen and argon/nitrogen/acetylene expanding thermal plasmas is inv...
The use of an Expanding Thermal Plasma (ETP) generated by a cascaded arc for deposition of hydrogen-...
This work has been carried out in connection with the possibilities to deposit carbon nitride materi...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
International audienceIn the context of nitrogen-rich amorphous carbon thin films ultrafast pulsed l...
Carbon nitride films were deposited on 〈111〉 Si substrates by XeCl laser ablation of graphite in low...