A 3D-printed aluminum enclosure produces wire-guided liquid microfilms with tunable 25-180 micrometer thickness, stable enough for Raman, fluorescence, and two-photon spectroscopy.
Ekimova , author W
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3D-Printed Enclosure Wire-Guided Liquid Microfilm for Versatile Spectroscopy
A 3D-printed aluminum enclosure produces wire-guided liquid microfilms with tunable 25-180 micrometer thickness, stable enough for Raman, fluorescence, and two-photon spectroscopy.