The variation of 02/HMDSO ratio in an r.f. plasma was carried out to optimize SiOx film properties and deposition rates for the coating of polymers. A ratio exceeding 6:1 yields scratch resistant, quartz-like films with low carbon contents. The chemical composition was analyzed to SiO(1.8)C(0.3) by XPS. A compact plasma reactor was developed generating homogeneous plasmas and depositions over large areas (up to 380 x 290 mm2). Furthermore, the total coverage of three-dimensional formed parts was managed with good adhesion of SiOx films to polymers like PC and PBT to reduce wear
International audienceA range of hybrid, SiOCH films were deposited on silicon substrates within a r...
International audienceOrganosilicon thin films issued from the gas mixture of oxygen and hexamethyle...
In this work, a fluidized bed has been coupled to a far cold remote nitrogen/oxygen plasma to deposi...
The variation of O2/HMDSO ratio in an r.f. plasma was carried out to optimize SiOx film properties a...
The variation of power, pressure and O2/HMDSO ratio in an RF plasma was carried out to examine depos...
RF excited gas discharges of hexamethyldisiloxane (HMDSO) with and without oxygen and methane (CH4) ...
This work reports on the main competing processes and their contribution to the properties of SiO2 l...
Chemical and electrochemical properties of plasma polymerized SiOx-like thin films have been studied...
For the modification of the surface energy of polymers, organosilicon coatings provide good optical ...
AbstractA new process for deposition of silicon oxide films with excellent passivation properties wa...
International audienceIn many applications (ophthalmic lenses, car headlights, etc.), silicon oxide ...
International audienceOxygen and water vapor barrier coatings were made by plasma enhanced chemical ...
The deposition of protective coatings on aluminised polymer substrates by a plasma enhanced chemical...
High quality organosilicone coatings can be produced via plasma enhanced chemical vapor deposition o...
This paper presents results on the formation of coatings in an atmospheric pressure dielectric barri...
International audienceA range of hybrid, SiOCH films were deposited on silicon substrates within a r...
International audienceOrganosilicon thin films issued from the gas mixture of oxygen and hexamethyle...
In this work, a fluidized bed has been coupled to a far cold remote nitrogen/oxygen plasma to deposi...
The variation of O2/HMDSO ratio in an r.f. plasma was carried out to optimize SiOx film properties a...
The variation of power, pressure and O2/HMDSO ratio in an RF plasma was carried out to examine depos...
RF excited gas discharges of hexamethyldisiloxane (HMDSO) with and without oxygen and methane (CH4) ...
This work reports on the main competing processes and their contribution to the properties of SiO2 l...
Chemical and electrochemical properties of plasma polymerized SiOx-like thin films have been studied...
For the modification of the surface energy of polymers, organosilicon coatings provide good optical ...
AbstractA new process for deposition of silicon oxide films with excellent passivation properties wa...
International audienceIn many applications (ophthalmic lenses, car headlights, etc.), silicon oxide ...
International audienceOxygen and water vapor barrier coatings were made by plasma enhanced chemical ...
The deposition of protective coatings on aluminised polymer substrates by a plasma enhanced chemical...
High quality organosilicone coatings can be produced via plasma enhanced chemical vapor deposition o...
This paper presents results on the formation of coatings in an atmospheric pressure dielectric barri...
International audienceA range of hybrid, SiOCH films were deposited on silicon substrates within a r...
International audienceOrganosilicon thin films issued from the gas mixture of oxygen and hexamethyle...
In this work, a fluidized bed has been coupled to a far cold remote nitrogen/oxygen plasma to deposi...