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66 results on '"Saile, Volker"'

1. Photoemission study of pristine and photodegraded poly(methyl methacrylate).

Author

Okudaira, Koji K., Hasegawa, Shinji, Sprunger, Phillip T., Morikawa, Eizi, Saile, Volker, Seki, Kazuhiko, Harada, Yoshiya, and Ueno, Nobuo

Subjects
POLYMETHYLMETHACRYLATE, THIN films
Abstract

Provides information on an experimental study investigating the degradation of poly(methyl methacrylate) (PMMA) thin films by vacuum ultraviolet (VUV) monochromatic synchrotron radiation. Methodology used to conduct the experiment; Results of the experiment; Information on photodegradation measured by UPS; Discussion on the results.

Published
1998
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3. BackMatter.

Author

Gatzen, Hans H., Saile, Volker, and Leuthold, Jürg

Published
2015

8. LIGA.

Author

Gatzen, Hans H., Saile, Volker, and Leuthold, Jürg

Published
2015
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15. FrontMatter.

Author

Gatzen, Hans H., Saile, Volker, and Leuthold, Jürg

Published
2015

24. Front Matter.

Author

Brand, Oliver, Fedder, Gary K., Hierold, Christopher, Korvink, Jan G., Tabata, Osamu, Saile, Volker, and Wallrabe, Ulrike

Published
2008
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28. Index.

Author

Brand, Oliver, Fedder, Gary K., Hierold, Christopher, Korvink, Jan G., Tabata, Osamu, Saile, Volker, and Wallrabe, Ulrike

Published
2008
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33. Filled Resist Systems.

Author

Brand, Oliver, Fedder, Gary K., Hierold, Christopher, Korvink, Jan G., Tabata, Osamu, Saile, Volker, and Wallrabe, Ulrike

Published
2008
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37. RF Applications.

Author

Brand, Oliver, Fedder, Gary K., Hierold, Christopher, Korvink, Jan G., Tabata, Osamu, Saile, Volker, and Wallrabe, Ulrike

Published
2008
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39. X-ray Lenses Fabricated by LIGA Technology.

Author

Nazmov, Vladimir, Reznikova, Elena, Last, Arndt, Mohr, Jurgen, Saile, Volker, Simon, Rolf, and DiMichiel, Marco

Subjects
X-rays, LENSES, X-ray refraction, OPTICS, MICROSTRUCTURE, CONSTITUTION of matter
Abstract

X-ray refractive optical lens systems have been successfully elaborated, designed, fabricated at the Institute for Microstructure Technology at the Forschungszentrum Karlsruhe (Germany) using LIGA technology in recent years. The lenses are structured in a SU-8 polymer. The capability of the LIGA technique to create an arbitrary profile of the focusing microstructures allow the fabrication of lenses with different curvature radius of parabolic geometry, minimized absorption and a large depth of focus. Also a set of planar lens systems on one substrate can be realized with 17 lenses providing identical focal distances for different X-ray energies from 2 to over 100 keV. Nickel lenses fabricated by electroforming using polymer templates can be applied for energies larger than 80 keV. The parabolic crossed lenses are used for 2D nano focusing of monochromatic beams. The quasi-parabolic crossed lenses with a submicron focus and a focus depth of the centimetre range can be used as an achromatic system. Mosaic truncated parabolic lenses with a focusing aperture up to 1 mm are made to increase the X-ray intensity in the focused spot. © 2007 American Institute of Physics [ABSTRACT FROM AUTHOR]

Published
2007
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47. Commissioning and initial results of a x-ray microprobe operating in the energy region of 2000 eV to 12000 eV at CAMD.

Author

Mo¨lders, Nicholas, Schilling, Paul J., Schoonmaker, Jon M., Moser, Herbert O., and Saile, Volker

Subjects
X-rays, STORAGE rings, PHOTONS
Abstract

A new x-ray microprobe beamline was recently installed and commissioned at the Center for Advanced Microstructures and Devices (CAMD), Louisiana State University. Due to the design of the beamline and the end-station, we are able to perform (i) spatially-resolved x-ray fluorescence spectroscopy using the broad intense spectrum of the white synchrotron radiation, and (ii) spatially-resolved x-ray absorption spectroscopy in the energy region of 2000 eV to 12000 eV. The set-up of the beamline and the microprobe end-station, including the Kirkpatrick-Baez focusing system, are described. First focusing experiments show that we achieve a horizontal and vertical focal spot size of 18.8×7.0 microns (σ), respectively, being the limit given by the CAMD source size and demagnification. Initial experimental results featuring white light fluorescence maps and micro-XANES spectra are presented. © 2000 American Institute of Physics. [ABSTRACT FROM AUTHOR]

Published
2000

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