Space-Time Digital Holography enhances resolution and Field-of-View by exploiting a synthetic aperture principle. We show that reversible induced dehydration of plant cells improves the phase-contrast too, and allows observing cytoplasmic circulation from space-time digital holograms.
Improving spatial resolution, field of view and phase-contrast of plant cells under induced dehydration by space-time digital holography
Bianco V;Paturzo M;Ferraro P
2020
Abstract
Space-Time Digital Holography enhances resolution and Field-of-View by exploiting a synthetic aperture principle. We show that reversible induced dehydration of plant cells improves the phase-contrast too, and allows observing cytoplasmic circulation from space-time digital holograms.File in questo prodotto:
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