In the present study we determine the optical parameters of thin metal–dielectric films using two different characterization techniques based on nonparametric and multiple oscillator models. We consider four series of thin metal–dielectric films produced under various deposition conditions with different optical properties. We compare characterization results obtained by nonparametric and multiple oscillator techniques and demonstrate that the results are consistent. The consistency of the results proves their reliability
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
A comprehensive study of a class of Oxide/Metal/Oxide (Oxide = ITO, AZO, TiO2 and Bi2O3, Metal = Au)...
AbstractThin metal films have recently attracted large interest due to their practical application i...
Optical constants of thin metal films are strongly dependent on deposition conditions, growth mode, ...
We explain reasons of oscillations frequently observed in total losses spectra (1−R−T) calculated on...
The application of the multiple angle and wavelength (MAW) technique to measure the dielectric funct...
AbstractThin metal films have recently attracted large interest due to their practical application i...
This contribution addresses the relevant question of retrieving, from transmittance data, the optica...
The optical characterization of materials in thin film phase is a standard task in the field of coat...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
We derive a method for the determination of the dielectric constant and thickness of a thin dielectr...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
Copyright © 2008 Optical Society of America. This paper was published in Optics Express and is made ...
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
A comprehensive study of a class of Oxide/Metal/Oxide (Oxide = ITO, AZO, TiO2 and Bi2O3, Metal = Au)...
AbstractThin metal films have recently attracted large interest due to their practical application i...
Optical constants of thin metal films are strongly dependent on deposition conditions, growth mode, ...
We explain reasons of oscillations frequently observed in total losses spectra (1−R−T) calculated on...
The application of the multiple angle and wavelength (MAW) technique to measure the dielectric funct...
AbstractThin metal films have recently attracted large interest due to their practical application i...
This contribution addresses the relevant question of retrieving, from transmittance data, the optica...
The optical characterization of materials in thin film phase is a standard task in the field of coat...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
We derive a method for the determination of the dielectric constant and thickness of a thin dielectr...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
The seven participating laboratories received films of two different thicknesses of Sc2O3 and Rh. Al...
Copyright © 2008 Optical Society of America. This paper was published in Optics Express and is made ...
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
A comprehensive study of a class of Oxide/Metal/Oxide (Oxide = ITO, AZO, TiO2 and Bi2O3, Metal = Au)...
AbstractThin metal films have recently attracted large interest due to their practical application i...