X-ray lithography with wavelengths between 0.2 nm and 5 nm provides both high structural resolution as good as 0.1 micrometer and a wide scope of advantages for the application in circuit production. Examples for this better process performance compared to optical techniques are: lower particle and dust sensitivity, applicability of simple single-layer resist technique, high depth of focus without any influence of substrate material and chip topography and presumably the highest throughout of all lithography methods which are able to go into the submicron range
Presently there are several approaches to achieving a high throughput, production worthy X-ray litho...
The aim of this research project described here was to investigate the technical and scientific cond...
The optimal conditions to print the 0.13 mu m line and space are presented for newly constructed x-r...
X-ray lithography with wavelengths between 0.2 and 5 nm provides both high-structural resolution as ...
Soft x-ray radiation is affected neither by scattering in the resist nor by reflection from the subs...
This paper reviews the current state of X-ray lithography (XRL) with special emphasis on the exposur...
Grating based X-ray phase contrast imaging sets out to overcome the limits of conventional X-ray ima...
Image resolution in x-ray proximity printing is influenced by diffraction, photo and Auger electron ...
It is time to revisit X-ray. By enhancing, in the Near Field, Proximity X-ray Lithography (PXL), the...
Soft x ray lithography is a promising micro nano fabrication process for patterning of ultra precise...
Dans ce papier, nous présentons les possibilités de la lithographie X par proximité (XRL) pour la pr...
Resolution in x-ray lithography is influenced mainly by the exposure geometry, the resist's behavior...
Soft x-ray lithography is a promising micro-nano fabrication process for patterning ultra-precise, l...
Includes bibliographical references (p. 155-163).Research supported by Joint Services Electronics Pr...
Résumé- Une technique de lithographie utilisant un microscope électronique à ba-layage en transmissi...
Presently there are several approaches to achieving a high throughput, production worthy X-ray litho...
The aim of this research project described here was to investigate the technical and scientific cond...
The optimal conditions to print the 0.13 mu m line and space are presented for newly constructed x-r...
X-ray lithography with wavelengths between 0.2 and 5 nm provides both high-structural resolution as ...
Soft x-ray radiation is affected neither by scattering in the resist nor by reflection from the subs...
This paper reviews the current state of X-ray lithography (XRL) with special emphasis on the exposur...
Grating based X-ray phase contrast imaging sets out to overcome the limits of conventional X-ray ima...
Image resolution in x-ray proximity printing is influenced by diffraction, photo and Auger electron ...
It is time to revisit X-ray. By enhancing, in the Near Field, Proximity X-ray Lithography (PXL), the...
Soft x ray lithography is a promising micro nano fabrication process for patterning of ultra precise...
Dans ce papier, nous présentons les possibilités de la lithographie X par proximité (XRL) pour la pr...
Resolution in x-ray lithography is influenced mainly by the exposure geometry, the resist's behavior...
Soft x-ray lithography is a promising micro-nano fabrication process for patterning ultra-precise, l...
Includes bibliographical references (p. 155-163).Research supported by Joint Services Electronics Pr...
Résumé- Une technique de lithographie utilisant un microscope électronique à ba-layage en transmissi...
Presently there are several approaches to achieving a high throughput, production worthy X-ray litho...
The aim of this research project described here was to investigate the technical and scientific cond...
The optimal conditions to print the 0.13 mu m line and space are presented for newly constructed x-r...