Experiments performed with a research type Ion Projector show electronic alignment in X, Y, and rotation with 0.1 Mym accuracy for 2 mm*2 mm chip fields obtained at 9* ionoptical reduction. The fine adjustment of the projected ion image is accomplished without moving mechanical parts. New methods of dry development of ion beam exposed resist materials use the selectivity of excimer laser photoablation and selective plasma resist etching. These technique are suited for in-situ processing in future production environments
The positive DUV-resist UV II HS from Shipley has been evaluated for 30 keV e-beam and 75 keV H+ ion...
To investigate causes and cures for resist profile edge roughness in ion projection lithography a mo...
An ion projection lithography system was equipped with an open stencil mask manufactured by applying...
Ion beam lithography is developed in three directions: Focused (FIBL), Masked (MIBL) and Ion Project...
Recent studies carried out with Infineon Technologies have shown the utility of Ion Projection Litho...
Recent studies have shown the utility of ion projection lithography (IPL) for the manufacturing of i...
Focused Ion Beam (FIB) lithography has significant advantages over the electron beam counterpart in ...
Large-field ion-optics has been developed for reduction printing. Sub-100nm ion projection direct-st...
Matrices of 90 nm dots have been printed into high-sensitivity positive resist (UVII HS, Shipley) wi...
The dry etching resistance of an electron-beam resist (PMMA) is successfully improved by P+ ion expo...
The 4 × Ion Projection Lithography (IPL), which is designed to reach sub 70-nm feature sizes is a pr...
For the production of future microelectronics devices, various alternate methods are currently being...
A proof-of-principle ion projection lithography (IPL) system called Maskless Micro-ion beam Reductio...
Compared to focused ion beam writing, ion projection lithography is a parallel structuring process w...
Ion projection lithography has been developed to generate structures with minimum feature sizes in t...
The positive DUV-resist UV II HS from Shipley has been evaluated for 30 keV e-beam and 75 keV H+ ion...
To investigate causes and cures for resist profile edge roughness in ion projection lithography a mo...
An ion projection lithography system was equipped with an open stencil mask manufactured by applying...
Ion beam lithography is developed in three directions: Focused (FIBL), Masked (MIBL) and Ion Project...
Recent studies carried out with Infineon Technologies have shown the utility of Ion Projection Litho...
Recent studies have shown the utility of ion projection lithography (IPL) for the manufacturing of i...
Focused Ion Beam (FIB) lithography has significant advantages over the electron beam counterpart in ...
Large-field ion-optics has been developed for reduction printing. Sub-100nm ion projection direct-st...
Matrices of 90 nm dots have been printed into high-sensitivity positive resist (UVII HS, Shipley) wi...
The dry etching resistance of an electron-beam resist (PMMA) is successfully improved by P+ ion expo...
The 4 × Ion Projection Lithography (IPL), which is designed to reach sub 70-nm feature sizes is a pr...
For the production of future microelectronics devices, various alternate methods are currently being...
A proof-of-principle ion projection lithography (IPL) system called Maskless Micro-ion beam Reductio...
Compared to focused ion beam writing, ion projection lithography is a parallel structuring process w...
Ion projection lithography has been developed to generate structures with minimum feature sizes in t...
The positive DUV-resist UV II HS from Shipley has been evaluated for 30 keV e-beam and 75 keV H+ ion...
To investigate causes and cures for resist profile edge roughness in ion projection lithography a mo...
An ion projection lithography system was equipped with an open stencil mask manufactured by applying...