A hybrid antireflective coating combining homogeneous layers and linear gradient refractive index layers has been deposited using different techniques. The samples were analyzed optically based on spectrophotometric and spectroscopic ellipsometry measurements under different angles of incidence in order to precisely characterize the coatings. The Lorentz-Lorenz model has been used to calculate the refractive index of material mixtures in gradient and constant index layers of the coating. The obtained refractive index profiles have been compared with the targeted ones to detect errors in processes of deposition
In this study, reflective and antireflective coatings were designed and simulated. Optical transmiss...
The results of simulation of optical characteristics of antireflection coatings with continuously ch...
The coatings having refractive index changing with the thickness present interesting optical perform...
Inhomogeneous coatings are promising for superior optical properties, e.g. broadband antireflection,...
The measured performance of the experimentally produced antireflection coatings will be presented. T...
Gradient index coatings and optical filters are a challenge for fabrication. In a round-robin experi...
Reengineering the refractive index profile of inhomogeneous coatings is a troublesome task. Multipli...
We present a new design for an omnidirectional antireflection coating for the visible spectral range...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
Inhomogeneous layers, such as so-called gradient index layers and rugate filters represent new and p...
The index of refraction is a material property that determines the speed of light propagating throug...
The gradient index coatings and optical filters based on them are a challenge for fabrication. In a ...
[[abstract]]Coating technology has played an important role in optics, opto-electronics, semiconduct...
In this study, reflective and antireflective coatings were designed and simulated. Optical transmiss...
The results of simulation of optical characteristics of antireflection coatings with continuously ch...
The coatings having refractive index changing with the thickness present interesting optical perform...
Inhomogeneous coatings are promising for superior optical properties, e.g. broadband antireflection,...
The measured performance of the experimentally produced antireflection coatings will be presented. T...
Gradient index coatings and optical filters are a challenge for fabrication. In a round-robin experi...
Reengineering the refractive index profile of inhomogeneous coatings is a troublesome task. Multipli...
We present a new design for an omnidirectional antireflection coating for the visible spectral range...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
We propose to use optical low coherence reflectometry to measure the reflectance of both faces of a ...
Inhomogeneous layers, such as so-called gradient index layers and rugate filters represent new and p...
The index of refraction is a material property that determines the speed of light propagating throug...
The gradient index coatings and optical filters based on them are a challenge for fabrication. In a ...
[[abstract]]Coating technology has played an important role in optics, opto-electronics, semiconduct...
In this study, reflective and antireflective coatings were designed and simulated. Optical transmiss...
The results of simulation of optical characteristics of antireflection coatings with continuously ch...
The coatings having refractive index changing with the thickness present interesting optical perform...