Soft x-ray radiation is affected neither by scattering in the resist nor by reflection from the substrate surface, so that a one-layer resist system can be maintained even in the sub-micron range. This holds primarily for the parallel synchroton radiation avoiding all the geometrical distortions connected with x-ray tubes and even plasma sources. It has been shown that a minimum feature size of 0.2 micrometers can be achieved in this case. Different resist systems applicable in x-ray lithography have been tested regarding resolution, sensitivity, and etch stability. The optical resists "HPR 204" shows very high process stability, good resolution but low sensitivity. It is, therefore, suitable for an x-ray pilot process but not for high thro...
Considerable progress in microscopy techniques with soft X-ray radiation has been achieved in partic...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
This paper deals with the investigation of novel beam line windows based on magnesium in combination...
Resolution in x-ray lithography is influenced mainly by the exposure geometry, the resist's behavior...
This paper reviews the current state of X-ray lithography (XRL) with special emphasis on the exposur...
The paper deals with an experimental evaluation of the characteristics of the Diazo-type resists (AZ...
X-ray lithography with wavelengths between 0.2 and 2 nm provides a structural resolution as good as ...
Presently there are several approaches to achieving a high throughput, production worthy X-ray litho...
Soft x ray lithography is a promising micro nano fabrication process for patterning of ultra precise...
Soft x-ray lithography is a promising micro-nano fabrication process for patterning ultra-precise, l...
Image intensity profile and resist profile calculations using the X-ray modeling and simulation prog...
In this thesis, a concept for a demagnifying lithography setup using hard x-rays is introduced. As d...
Deep X-ray lithography using synchrotron radiation with a characteristic wavelength of about 1 - 3 Å...
The need for deep sub-micron resolution has driven the development of various 'next generation' lith...
We demonstrate nearly diffraction limited printing using soft x-ray radiation of approximately 36 an...
Considerable progress in microscopy techniques with soft X-ray radiation has been achieved in partic...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
This paper deals with the investigation of novel beam line windows based on magnesium in combination...
Resolution in x-ray lithography is influenced mainly by the exposure geometry, the resist's behavior...
This paper reviews the current state of X-ray lithography (XRL) with special emphasis on the exposur...
The paper deals with an experimental evaluation of the characteristics of the Diazo-type resists (AZ...
X-ray lithography with wavelengths between 0.2 and 2 nm provides a structural resolution as good as ...
Presently there are several approaches to achieving a high throughput, production worthy X-ray litho...
Soft x ray lithography is a promising micro nano fabrication process for patterning of ultra precise...
Soft x-ray lithography is a promising micro-nano fabrication process for patterning ultra-precise, l...
Image intensity profile and resist profile calculations using the X-ray modeling and simulation prog...
In this thesis, a concept for a demagnifying lithography setup using hard x-rays is introduced. As d...
Deep X-ray lithography using synchrotron radiation with a characteristic wavelength of about 1 - 3 Å...
The need for deep sub-micron resolution has driven the development of various 'next generation' lith...
We demonstrate nearly diffraction limited printing using soft x-ray radiation of approximately 36 an...
Considerable progress in microscopy techniques with soft X-ray radiation has been achieved in partic...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
This paper deals with the investigation of novel beam line windows based on magnesium in combination...