The Magnetron-PECVD Technology (magPECVD) provides silicon-organic thin films for multifunctional coatings, for instance in the fields of optical, electrically insulating or diffusion barrier applications. Silicon-organic precursors as e.g. hexamethyldisiloxane (HMDSO) are introduced into a reactive pulse magnetron sputtering system. This paper describes the deposition process for scratch resistant coatings on polymer optical components. Thin films of varied chemical composition have been deposited onto polymer substrates (polycarbonate, CR39). Optical, chemical and mechanical properties of the thin films were characterized in order to optimize their durability under real application conditions
A vacuum deposition system was built enabling flexible polymer sheet, wound on a roll-to-roll transp...
The deposition of water vapour permeation barriers on polymer films remains a major challenge for th...
Coating of plastics for optical applications is mainly intended to improve their mechanical durabili...
Besides classical multilayer systems with alternating low and high refractive indices, reactive puls...
Magnetron PECVD is a new technology for the deposition of SiO2 like layers. The process tool achieve...
Magnetron-PECVD is a new process tool which allows the deposition of plasma polymer coatings at proc...
Reactive pulse magnetron sputtering of a metal target in a reactive gas atmosphere is used for depos...
Polymer substrates for optical coatings show some significant advantages such as low cost, low weigh...
Magnetron-plasma enhanced chemical vapour deposition (PECVD) is a process tool which allows the depo...
To meet the high water vapour and oxygen permeation barrier requirements of flexible electronic devi...
Magnetron PECVD is an emerging technology targeting the possibility to perform a chemical vapor depo...
Amorphous SiO2, Si3N4 and SiOxNy single layers have been deposited on silicon, glass and glycol modi...
The development of a new scratch resistant UV-curable coating system is described. The material can ...
We describe a new sputter deposition process for the coating of polymers wit metallic and compound w...
New simple aqueous sol–gel procedure has been used for producing hard transparent organic–inorganic ...
A vacuum deposition system was built enabling flexible polymer sheet, wound on a roll-to-roll transp...
The deposition of water vapour permeation barriers on polymer films remains a major challenge for th...
Coating of plastics for optical applications is mainly intended to improve their mechanical durabili...
Besides classical multilayer systems with alternating low and high refractive indices, reactive puls...
Magnetron PECVD is a new technology for the deposition of SiO2 like layers. The process tool achieve...
Magnetron-PECVD is a new process tool which allows the deposition of plasma polymer coatings at proc...
Reactive pulse magnetron sputtering of a metal target in a reactive gas atmosphere is used for depos...
Polymer substrates for optical coatings show some significant advantages such as low cost, low weigh...
Magnetron-plasma enhanced chemical vapour deposition (PECVD) is a process tool which allows the depo...
To meet the high water vapour and oxygen permeation barrier requirements of flexible electronic devi...
Magnetron PECVD is an emerging technology targeting the possibility to perform a chemical vapor depo...
Amorphous SiO2, Si3N4 and SiOxNy single layers have been deposited on silicon, glass and glycol modi...
The development of a new scratch resistant UV-curable coating system is described. The material can ...
We describe a new sputter deposition process for the coating of polymers wit metallic and compound w...
New simple aqueous sol–gel procedure has been used for producing hard transparent organic–inorganic ...
A vacuum deposition system was built enabling flexible polymer sheet, wound on a roll-to-roll transp...
The deposition of water vapour permeation barriers on polymer films remains a major challenge for th...
Coating of plastics for optical applications is mainly intended to improve their mechanical durabili...