Organic layers can be used to realize special functions in optical interference coatings. Suitable compounds for such layers were thermally evaporated and characterized. A plasma etching procedure was applied to produce nanostructures on top of the organic layers to reduce their effective refractive indices. Broadband antireflective coatings were obtained by combining these artificial low-index layers with conventionally prepared interference stacks
Direct plasma etching is a powerful method for producing antireflective nanostructures on optical po...
Plasma treatments are capable to generate antireflective surface structures on various polymers. On ...
The residual reflectance obtained for a broad wavelength range depends mainly on the refractive inde...
The effective refractive index of organic layers can be reduced by plasma etching. Super broadband A...
The plasma etching process was originally developed to produce antireflective (AR) nanostructures on...
Antireflective structures with features of sub-wavelength size are appropriate as an alternative to ...
The processing of organic substances by vacuum deposition is opening new possibilities for the prope...
A new technology based on plasma etching has been developed to produce antireflective surface struct...
The application of nanostructures for optical surfaces has been discussed since antireflective nanos...
Various small-molecule organic compounds can be evaporated like inorganic materials to form thin fil...
Antireflective (AR) coatings for lenses with extreme curvature must be designed for use in the visib...
Self-organized nanostructures that provide antireflection properties grow on PMMA caused by plasma i...
Plasma-etched nanostructures are useful to provide antireflective properties to glass and plastic su...
The application of plasma treatment on transparent PMMA substrates has shown an effect of reducing s...
To effectively improve color neutrality of antireflection (AR) coatings, a layer with a very low ref...
Direct plasma etching is a powerful method for producing antireflective nanostructures on optical po...
Plasma treatments are capable to generate antireflective surface structures on various polymers. On ...
The residual reflectance obtained for a broad wavelength range depends mainly on the refractive inde...
The effective refractive index of organic layers can be reduced by plasma etching. Super broadband A...
The plasma etching process was originally developed to produce antireflective (AR) nanostructures on...
Antireflective structures with features of sub-wavelength size are appropriate as an alternative to ...
The processing of organic substances by vacuum deposition is opening new possibilities for the prope...
A new technology based on plasma etching has been developed to produce antireflective surface struct...
The application of nanostructures for optical surfaces has been discussed since antireflective nanos...
Various small-molecule organic compounds can be evaporated like inorganic materials to form thin fil...
Antireflective (AR) coatings for lenses with extreme curvature must be designed for use in the visib...
Self-organized nanostructures that provide antireflection properties grow on PMMA caused by plasma i...
Plasma-etched nanostructures are useful to provide antireflective properties to glass and plastic su...
The application of plasma treatment on transparent PMMA substrates has shown an effect of reducing s...
To effectively improve color neutrality of antireflection (AR) coatings, a layer with a very low ref...
Direct plasma etching is a powerful method for producing antireflective nanostructures on optical po...
Plasma treatments are capable to generate antireflective surface structures on various polymers. On ...
The residual reflectance obtained for a broad wavelength range depends mainly on the refractive inde...