The effect of surrounding medium on the optical properties of a two layer silver film are investigated using an analytical model. We varied the media before the first layer, between the two layers, and after the second layer. We find that the optical properties of the film is dominantly determined by the medium between the two layers. The resonance wavelength red shifts when the medium between the two layers is changed from vacuum to water and then glass. The media before the first layer and after the second layer have little effect on the spectra of the film when the thicknesses of the layers are larger than 40 nm. © 2009 SPIE
The optical properties of opaque sputtered silver films are investigated and related to their surfac...
Abstraet. — The optical constants of thin metallic films are interpreted in the case of gold and sil...
We systematically investigate the optical properties of silver films to clear up the inconsistency i...
The effect of surrounding medium on the optical properties of a two layer silver film are investigat...
Two distinct electrically percolated types of nanostructured silver (n-Ag) films on glass substrates...
A series of silver films with different thickness were prepared under identical conditions by direct...
The reflectivity of a smooth glass surface, when treated with a thin monolayer film, may be lessened...
Ultra-thin silver films (thickness below 10 nm) are of great interest as optical coatings in low emi...
Variation of the reflexion and transmission coefficients with thickness, for two series of thin silv...
Silver bromide thin films of about 300-350 nm are evaporated in a ultra high vacuum system on mica s...
Films of silver oxide of different thickness have been prepared by the chemical spray paralysis. Tra...
Abstract: In this paper, it is demonstrated that saturation of the structure color exhibited by the ...
For the calculation of phase shift accompanying reflection from a thin film on base medium, the auth...
Thesis (Ph.D.)--University of Rochester. College of Engineering and Applied Science. Institute of Op...
Silver bromide is the most important and widely used light-sensitive material in the commercial phot...
The optical properties of opaque sputtered silver films are investigated and related to their surfac...
Abstraet. — The optical constants of thin metallic films are interpreted in the case of gold and sil...
We systematically investigate the optical properties of silver films to clear up the inconsistency i...
The effect of surrounding medium on the optical properties of a two layer silver film are investigat...
Two distinct electrically percolated types of nanostructured silver (n-Ag) films on glass substrates...
A series of silver films with different thickness were prepared under identical conditions by direct...
The reflectivity of a smooth glass surface, when treated with a thin monolayer film, may be lessened...
Ultra-thin silver films (thickness below 10 nm) are of great interest as optical coatings in low emi...
Variation of the reflexion and transmission coefficients with thickness, for two series of thin silv...
Silver bromide thin films of about 300-350 nm are evaporated in a ultra high vacuum system on mica s...
Films of silver oxide of different thickness have been prepared by the chemical spray paralysis. Tra...
Abstract: In this paper, it is demonstrated that saturation of the structure color exhibited by the ...
For the calculation of phase shift accompanying reflection from a thin film on base medium, the auth...
Thesis (Ph.D.)--University of Rochester. College of Engineering and Applied Science. Institute of Op...
Silver bromide is the most important and widely used light-sensitive material in the commercial phot...
The optical properties of opaque sputtered silver films are investigated and related to their surfac...
Abstraet. — The optical constants of thin metallic films are interpreted in the case of gold and sil...
We systematically investigate the optical properties of silver films to clear up the inconsistency i...