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Thermoresponsive PIPAAm‐brush‐grafted glass beads are prepared through siATRP and their physicochemical properties are characterized by micro‐nitrogen analysis, XPS, and contact angle measurements. The amount of grafted PIPAAm on glass bead surfaces can be controlled by varying the ATRP reaction time, leading to a modulation of the temperature‐dependent wettability of the prepared surfaces. To evaluate...
PIPAAm‐brush grafted glass substrates with various graft densities and chain lengths were prepared via surface‐initiated ATRP. Temperature‐dependent physicochemical properties of the surfaces were characterized by means of ATR/FT‐IR spectroscopy, XPS, AFM, and contact angle measurements. ATRP conditions influence the amount of grafted PIPAAm and the surface wettability and roughness of the substrate...
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