We present a method based to an in situ chemical etching strategy to synthesize glass nano tips arrays. The chemical etching can generate nanotips with controllable tip morphologies on various substrates, and the nanotips density is tunable via etching. This general in situ chemical etching method might advance the research in the nano tips based devices for biotechnology
Lithographic patterned substrate with nanotips for cell indentation
CODAN, BARBARA;MAGGIOLINO, STEFANO;FIOR, RAFFAELLA;SBAIZERO, ORFEO
2011-01-01
Abstract
We present a method based to an in situ chemical etching strategy to synthesize glass nano tips arrays. The chemical etching can generate nanotips with controllable tip morphologies on various substrates, and the nanotips density is tunable via etching. This general in situ chemical etching method might advance the research in the nano tips based devices for biotechnologyFile in questo prodotto:
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