The pattern damage-free process window of physical cleaning was investigated by measuring the pattern collapse and particle removal forces using atomic force microscope with a quantitative lateral force calibration method. The pattern collapse forces of amorphous Si (a-Si) with 20 nm in width and 100 nm in height and TiN/black diamond (BD) II/SiCN-SiCO with 80 nm width and 210 nm height on SiO2/Si-substrates were measured. The particle removal forces of silica and PSL with 100, 300, and 500 nm diameters were measured on ozone last Si surface. The damage free cleaning process windows certainly were measured to be 600 and 3000 nN for a-Si and BDII, respectively
Laser Cleaning (SLC) process. Using a frequency doubled, Q-switched Nd:YAG laser (FWHM=8 ns) we remo...
Laser cleaning of 5.0μm diameter silica spheres from silica surfaces was investigated. It was found ...
Material removal in chemical mechanical polishing (CMP) occurs by a pressure accentuated chemical at...
The pattern collapse and the particle removal force should be quantitatively understood and measured...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
Four different types of FINs; amorphous Si (a-Si), annealed a-Si, polycrystalline Si (poly-Si) and c...
UV/ozone cleaning of new silicon Atomic Force Microscopy (AFM) probes with nominal tip radii of 15nm...
AbstractTo monitor and analyze the effectiveness of new cleaning formulations, using a combination o...
The industrial use of instruments based on Atomic Force Microscopy that started in the mid 1990's h...
The silicon surface of commercial atomic force microscopy (AFM) probes loses its hydrophilicity by a...
This work extended the current fundamental models for particles adhering to thin films. Particle rem...
The SI unit of mass will probably be redefined within the next few years using an invariable natural...
Silicon wafers with thermal silicon oxide layers were cleaned and hydrophilized by three different m...
The aim of this thesis is to achieve a better understanding of the interactions of nano particles wi...
Laser Cleaning (SLC) process. Using a frequency doubled, Q-switched Nd:YAG laser (FWHM=8 ns) we remo...
Laser cleaning of 5.0μm diameter silica spheres from silica surfaces was investigated. It was found ...
Material removal in chemical mechanical polishing (CMP) occurs by a pressure accentuated chemical at...
The pattern collapse and the particle removal force should be quantitatively understood and measured...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
The removal of particles from silicon wafers without pattern damage during fabrication process is ex...
Four different types of FINs; amorphous Si (a-Si), annealed a-Si, polycrystalline Si (poly-Si) and c...
UV/ozone cleaning of new silicon Atomic Force Microscopy (AFM) probes with nominal tip radii of 15nm...
AbstractTo monitor and analyze the effectiveness of new cleaning formulations, using a combination o...
The industrial use of instruments based on Atomic Force Microscopy that started in the mid 1990's h...
The silicon surface of commercial atomic force microscopy (AFM) probes loses its hydrophilicity by a...
This work extended the current fundamental models for particles adhering to thin films. Particle rem...
The SI unit of mass will probably be redefined within the next few years using an invariable natural...
Silicon wafers with thermal silicon oxide layers were cleaned and hydrophilized by three different m...
The aim of this thesis is to achieve a better understanding of the interactions of nano particles wi...
Laser Cleaning (SLC) process. Using a frequency doubled, Q-switched Nd:YAG laser (FWHM=8 ns) we remo...
Laser cleaning of 5.0μm diameter silica spheres from silica surfaces was investigated. It was found ...
Material removal in chemical mechanical polishing (CMP) occurs by a pressure accentuated chemical at...