The application of the multiple angle and wavelength (MAW) technique to measure the dielectric function of semiconducting films is discussed. This technique evaluates unambiguously the complex dielectric function, epsilon (E), of the film without any pre-assumptions. In some cases the effective medium approximation (EMA) was used to determine the volume fraction of the film components. Application of the MAW technique to several semiconducting films was published previously. Different applications and examples are given, including metal and insulator films
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
This dissertation presents nondestructive optical characterization methods developed for thin films ...
Optical methods like spectroscopic ellipsometry are sensitive to structural properties of semicondu...
An optical surface roughness model is presented, which allows a reliable determination of the dielec...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
Thin films with high surface roughness: thickness and dielectric function analysis using spectroscop...
The manufacture of optical coatings, computer disks, as well as advanced electronic multilayered dev...
An optical surface roughness model is presented, which allows a reliable determination of the dielec...
The growth of a titanium film at room temperature from an evaporation source on a silicon substrate ...
A spectral method based on surface plasmon resonance (SPR) in air is used to measure the dielectric ...
Spectroscopic ellipsometry (SE) has proven to be a very powerful diagnostic for thin film characteri...
Simultaneous determination of refractive index and thickness of very thin films by ellipsometr
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
This dissertation presents nondestructive optical characterization methods developed for thin films ...
Optical methods like spectroscopic ellipsometry are sensitive to structural properties of semicondu...
An optical surface roughness model is presented, which allows a reliable determination of the dielec...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
Thin films with high surface roughness: thickness and dielectric function analysis using spectroscop...
The manufacture of optical coatings, computer disks, as well as advanced electronic multilayered dev...
An optical surface roughness model is presented, which allows a reliable determination of the dielec...
The growth of a titanium film at room temperature from an evaporation source on a silicon substrate ...
A spectral method based on surface plasmon resonance (SPR) in air is used to measure the dielectric ...
Spectroscopic ellipsometry (SE) has proven to be a very powerful diagnostic for thin film characteri...
Simultaneous determination of refractive index and thickness of very thin films by ellipsometr
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
A scheme of combined reflection and transmission ellipsometry on light-transmitting ambient-film-sub...
This dissertation presents nondestructive optical characterization methods developed for thin films ...
Optical methods like spectroscopic ellipsometry are sensitive to structural properties of semicondu...