Spectroscopic ellipsometry is demonstrated to be extremely sensitive to contamination layers in the thickness range from 0.1 nm to 10 microns. In the present experiments we deposit either a thin lubricating oil (WD-40) or mineral oil continuously onto Ir, Cu, Al, Au, and V substrates from a bubbler, and monitor its thickness growth from sub-nanometer to tens of nanometers as a function of time. Re-evaporation of contaminant oils is also monitored in real-time by ellipsometry
The application of in situ spectroscopic ellipsometry during thin film synthesis by atomic layer dep...
The preparation of ultra-thin platinum-group metal films, such as Pt, Ru and Pd, by atomic layer dep...
The index of refraction is a material property that determines the speed of light propagating throug...
The manufacture of optical coatings, computer disks, as well as advanced electronic multilayered dev...
The application of in situ spectroscopic ellipsometry during thin film synthesis by atomic layer dep...
Ellipsometry has been applied to problems in the microelectronics industry from the beginning in the...
Two main subjects, ellipsometry and computer screen photo-assisted techniques (CSPT), form the main ...
In this paper recent work on the application of in situ spectroscopic ellipsometry (SE) during thin ...
AbstractReal-time monitoring and control are considered essential for the manufacture of next-genera...
This paper describes the use of ellipsometry as a precise and accurate technique for characterizing ...
Key Words: in-situ monitoring ellipsometric optical monitoring E-gun evaporation optical properties ...
Measurements of optical properties provide insight into how materials interact with electromagnetic ...
Analysis techniques are needed to determine the quantity and structure of materials composing an org...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
The accuracy of spectroscopic ellipsometry studies of transparent polymer films in the visible wavel...
The application of in situ spectroscopic ellipsometry during thin film synthesis by atomic layer dep...
The preparation of ultra-thin platinum-group metal films, such as Pt, Ru and Pd, by atomic layer dep...
The index of refraction is a material property that determines the speed of light propagating throug...
The manufacture of optical coatings, computer disks, as well as advanced electronic multilayered dev...
The application of in situ spectroscopic ellipsometry during thin film synthesis by atomic layer dep...
Ellipsometry has been applied to problems in the microelectronics industry from the beginning in the...
Two main subjects, ellipsometry and computer screen photo-assisted techniques (CSPT), form the main ...
In this paper recent work on the application of in situ spectroscopic ellipsometry (SE) during thin ...
AbstractReal-time monitoring and control are considered essential for the manufacture of next-genera...
This paper describes the use of ellipsometry as a precise and accurate technique for characterizing ...
Key Words: in-situ monitoring ellipsometric optical monitoring E-gun evaporation optical properties ...
Measurements of optical properties provide insight into how materials interact with electromagnetic ...
Analysis techniques are needed to determine the quantity and structure of materials composing an org...
A method is presented whereby the thickness and complex refractive index of a very think, partially ...
The accuracy of spectroscopic ellipsometry studies of transparent polymer films in the visible wavel...
The application of in situ spectroscopic ellipsometry during thin film synthesis by atomic layer dep...
The preparation of ultra-thin platinum-group metal films, such as Pt, Ru and Pd, by atomic layer dep...
The index of refraction is a material property that determines the speed of light propagating throug...