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Your search keyword '"Marone, F"' showing total 11 results
Start Over Author "Marone, F" Publication Type Conference Materials
11 results on '"Marone, F"'

2. Present and Future X-ray Tomographic Microscopy at TOMCAT

Author

Marone, F., primary, Mokso, R., additional, Modregger, P., additional, Fife, J., additional, Pinzer, B., additional, Thüring, T., additional, Mader, K., additional, Mikuljan, G., additional, Isenegger, A., additional, Stampanoni, M., additional, McNulty, Ian, additional, Eyberger, Catherine, additional, and Lai, Barry, additional

Published
2011
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4. Hard X-ray Phase-Contrast Tomographic Nanoimaging

Author

Stampanoni, M., primary, Marone, F., additional, Vila-Comamala, J., additional, Gorelick, S., additional, David, C., additional, Trtik, P., additional, Jefimovs, K., additional, Mokso, R., additional, McNulty, Ian, additional, Eyberger, Catherine, additional, and Lai, Barry, additional

Published
2011
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9. X-ray tomographic microscopy at TOMCAT

Author

Marone, F., primary, Hintermüller, C., additional, McDonald, S., additional, Abela, R., additional, Mikuljan, G., additional, Isenegger, A., additional, and Stampanoni, M., additional

Published
2008
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10. Hard X-ray Phase-Contrast Tomographic Nanoimaging.

Author

Stampanoni, M., Marone, F., Vila-Comamala, J., Gorelick, S., David, C., Trtik, P., Jefimovs, K., and Mokso, R.

Subjects
SYNCHROTRONS, OPTICAL resolution, X-rays, TOMOGRAPHY, IMAGING systems, FIELD theory (Physics), LIGHT sources, PHASE-contrast microscopy
Abstract

Synchrotron-based full-field tomographic microscopy established itself as a tool for noninvasive investigations. Many beamlines worldwide routinely achieve micrometer spatial resolution while the isotropic 100-nm barrier is reached and trespassed only by few instruments, mainly in the soft x-ray regime. We present an x-ray, full-field microscope with tomographic capabilities operating at 10 keV and with a 3D isotropic resolution of 144 nm recently installed at the TOMCAT beamline of the Swiss Light Source. Custom optical components, including a beam-shaping condenser and phase-shifting dot arrays, were used to obtain an ideal, aperture-matched sample illumination and very sensitive phase-contrast imaging. The instrument has been successfully used for the nondestructive, volumetric investigation of single, unstained cells. [ABSTRACT FROM AUTHOR]

Published
2011
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