To investigate causes and cures for resist profile edge roughness in ion projection lithography a model for exposure and development of chemically amplified resist exposed with He+ or H+ ions is described. The APEX-E resist system was chosen as a paradigm system. Predominant factors increasing line edge roughness are image blur and low exposure dose. Both effects result in formation of ion clusters in nominally unexposed regions close to feature edges. These clusters can lead to statistically distributed development paths and consequently to line edge roughness
EUV lithography (EUVL) is a candidate technology for patterning of ever shrinking featuresizes in in...
Knowledge of the solubility rate dependence on exposure dose S(D) gives possibility to estimate the ...
Extreme ultra-violet (EUV) lithography technology is being developed for the patterning of sub-22nm ...
This paper presents a heuristic model for scanning helium ion beam lithography (SHIBL) in a EUV chem...
Matrices of 90 nm dots have been printed into high-sensitivity positive resist (UVII HS, Shipley) wi...
The ion projector at the Fraunhofer Institute ISiT has been used for the development of patterned ma...
The research work described in this thesis deals with studying the ultimate resolution capabilities ...
As semiconductor feature sizes continue to decrease, the phenomena of line edge roughness (LER) bec...
Experiments performed with a research type Ion Projector show electronic alignment in X, Y, and rota...
The replicated resist pattern characteristics caused by photoelectrons and Auger electrons generated...
Resists require higher resolution, lower line-edge roughness (LER) (or line-width roughness (LWR)), ...
An ion projection lithography system was equipped with an open stencil mask manufactured by applying...
The impact of edge profile roughness of the absorber lines on an optical photomask has been studied ...
The impact of edge profile roughness of the absorber lines on an optical photomask has been studied ...
In this thesis, a concept for a demagnifying lithography setup using hard x-rays is introduced. As d...
EUV lithography (EUVL) is a candidate technology for patterning of ever shrinking featuresizes in in...
Knowledge of the solubility rate dependence on exposure dose S(D) gives possibility to estimate the ...
Extreme ultra-violet (EUV) lithography technology is being developed for the patterning of sub-22nm ...
This paper presents a heuristic model for scanning helium ion beam lithography (SHIBL) in a EUV chem...
Matrices of 90 nm dots have been printed into high-sensitivity positive resist (UVII HS, Shipley) wi...
The ion projector at the Fraunhofer Institute ISiT has been used for the development of patterned ma...
The research work described in this thesis deals with studying the ultimate resolution capabilities ...
As semiconductor feature sizes continue to decrease, the phenomena of line edge roughness (LER) bec...
Experiments performed with a research type Ion Projector show electronic alignment in X, Y, and rota...
The replicated resist pattern characteristics caused by photoelectrons and Auger electrons generated...
Resists require higher resolution, lower line-edge roughness (LER) (or line-width roughness (LWR)), ...
An ion projection lithography system was equipped with an open stencil mask manufactured by applying...
The impact of edge profile roughness of the absorber lines on an optical photomask has been studied ...
The impact of edge profile roughness of the absorber lines on an optical photomask has been studied ...
In this thesis, a concept for a demagnifying lithography setup using hard x-rays is introduced. As d...
EUV lithography (EUVL) is a candidate technology for patterning of ever shrinking featuresizes in in...
Knowledge of the solubility rate dependence on exposure dose S(D) gives possibility to estimate the ...
Extreme ultra-violet (EUV) lithography technology is being developed for the patterning of sub-22nm ...