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Reale, L.*; Bonfigli, F.*; Lai, A.*; Flora, F.*; Poma, A.*; Albertano, P.*; Bellezza, S.*; Montereali, R. M.*; Faenov, A. Y.; Pikuz, T. A.; et al.
Microscopy Research and Technique, 71(12), p.839 - 848, 2008/12
The biological samples were imaged on LiF crystals by using the soft X-ray contact microscopy technique. The laser plasma soft X-ray source was generated using a Nd:YAG/Glass laser focused on a solid target. The X-ray energy range for image acquisition was in the water-window spectral range for single shot contact microscopy of very thin living biological samples (single cells) and around 1 keV for multi-shots micro-radiography of other biological samples.
Bonfigli, F.*; Faenov, A. Y.; Flora, F.*; Francucci, M.*; Gaudio, P.*; Lai, A.*; Martellucci, S.*; Montereali, R. M.*; Pikuz, T.*; Reale, L.*; et al.
Microscopy Research and Technique, 71(1), p.35 - 41, 2008/01
被引用回数：30 パーセンタイル：76.32(Anatomy & Morphology)High contrast imaging of in vivo cells with submicron spatial resolution was obtained with a contact water window X-ray microscopy technique using a point-like, laser-plasma produced water-window X-ray radiation source and LiF crystals as detectors. The powerful performance of LiF crystals allowed to detect the exudates of Chlorella cells in their living medium and their spatial distribution in situ, without any special sample preparation
