23 research outputs found

    Demonstration of periodic nanostructure formation with less ablation by double-pulse laser irradiation on titanium

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    By pairing femtosecond laser pulses (duration ∼40 fs and central wavelength ∼810 nm) at an appropriate time interval, a laser-induced periodic surface structure (LIPSS) is formed with much less ablation than one formed with a single pulse. On a titanium plate, a pair of laser pulses with fluences of 70 and 140 mJ/cm² and a rather large time interval (>10 ps) creates a LIPSS with an interspace of 600 nm, the same as that formed by a single pulse of 210 mJ/cm², while the double pulse ablates only 4 nm, a quarter of the ablation depth of a single pulse

    Transendothelial Transport of Macromolecules

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    Transendothelial Transport of Lipoprotein in Monolayer Culture

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