Techniques for printing patterns with inorganic, organic and biological inks at high resolution represent one of the major point of interest in different fields of technology from experimental to industrial applications. Different printing methods have been developed in recent years: stationary liquid microjets dispense droplets by inducing fluid interface instabilities, whereas atomic force microscope probes dispense nanolitre droplets through an aperture in their apex.
Pyro-Electrohydrodynamic Printing and Multi Jets Dispenser
Sara Coppola
2016
Abstract
Techniques for printing patterns with inorganic, organic and biological inks at high resolution represent one of the major point of interest in different fields of technology from experimental to industrial applications. Different printing methods have been developed in recent years: stationary liquid microjets dispense droplets by inducing fluid interface instabilities, whereas atomic force microscope probes dispense nanolitre droplets through an aperture in their apex.File in questo prodotto:
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