Add to ORKGWe present an improved microplasma source based on the principle of dielectric barrier discharge, which is applied to a new kind of area selective surface modification processes at atmospheric pressure. These processes integrate the surface treatment and lateral microstructuring within one process step. For this purpose the microplasma will be generated in cavities which are formed temporarily by the substrate to be treated area-selectively and a so-called plasma stamp
A new plasma-based micropatterning technique, here referred to as plasma printing, combines the well...
The last decade has seen an immense amount of research exploring advanced nanofabrication technique...
Surface treatment of a poly(ethylene naphthalate) (PEN) film by atmospheric pulsed microplasma with ...
Microplasma stamps based upon the principle of dielectric barrier discharges are applied to a new ty...
Microplasma stamps based upon the principle of dielectric barrier discharges are applied to a new ty...
The patterned treatment of surfaces is of growing interest for a large range of applications in the ...
Various new plasma-based surface technological processes are made feasible by localizing atmospheric...
The paper presents one example of the utilization of microplasmas formed in cavities, which are surr...
A stable and homogeneous well-aligned air microplasma device for application at atmospheric pressure...
The interest in applications of atmospheric-pressure plasmas to solve surface-technological tasks wa...
a barrier rib has been fabricated and characterized operating in the abnormal mode for neon pressure...
A novel plasma stamp has been developed allowing selective plasma treatment and coating of flat surf...
Abstract: A novel approach in the field of non-equilibrium plasma generation is the development of M...
A new plasma-chemical micro-patterning technique, here referred to as Plasma Printing, combines the ...
Abstract: A porous plasma stamp has been developed allowing selective plasma treatment and coating o...
A new plasma-based micropatterning technique, here referred to as plasma printing, combines the well...
The last decade has seen an immense amount of research exploring advanced nanofabrication technique...
Surface treatment of a poly(ethylene naphthalate) (PEN) film by atmospheric pulsed microplasma with ...
Microplasma stamps based upon the principle of dielectric barrier discharges are applied to a new ty...
Microplasma stamps based upon the principle of dielectric barrier discharges are applied to a new ty...
The patterned treatment of surfaces is of growing interest for a large range of applications in the ...
Various new plasma-based surface technological processes are made feasible by localizing atmospheric...
The paper presents one example of the utilization of microplasmas formed in cavities, which are surr...
A stable and homogeneous well-aligned air microplasma device for application at atmospheric pressure...
The interest in applications of atmospheric-pressure plasmas to solve surface-technological tasks wa...
a barrier rib has been fabricated and characterized operating in the abnormal mode for neon pressure...
A novel plasma stamp has been developed allowing selective plasma treatment and coating of flat surf...
Abstract: A novel approach in the field of non-equilibrium plasma generation is the development of M...
A new plasma-chemical micro-patterning technique, here referred to as Plasma Printing, combines the ...
Abstract: A porous plasma stamp has been developed allowing selective plasma treatment and coating o...
A new plasma-based micropatterning technique, here referred to as plasma printing, combines the well...
The last decade has seen an immense amount of research exploring advanced nanofabrication technique...
Surface treatment of a poly(ethylene naphthalate) (PEN) film by atmospheric pulsed microplasma with ...