Capacitive Sensors Based on Localized Nanowire Arrays - Antohe, Vlad-Andrei
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Fabrication of physical or bio-/electro-chemical sensors at ultra-small scale, but with novel functionalities and improved performances will reach soon a serious limitation. Nanotechnology may overcome this restriction by providing access to a borderless range of nanostructures with intriguing features and numerous advantages. Nowadays, the true nano- art expresses the ability to easily tailor their physical properties to meet the device requirements. In this work we blended specific top-down patterning methods with adequate bottom-up electrochemical routes using nanoporous alumina templates,…mehr

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Produktbeschreibung
Fabrication of physical or bio-/electro-chemical sensors at ultra-small scale, but with novel functionalities and improved performances will reach soon a serious limitation. Nanotechnology may overcome this restriction by providing access to a borderless range of nanostructures with intriguing features and numerous advantages. Nowadays, the true nano- art expresses the ability to easily tailor their physical properties to meet the device requirements. In this work we blended specific top-down patterning methods with adequate bottom-up electrochemical routes using nanoporous alumina templates, owning to a versatile platform for development of localized nanowires with densities and shapes tunable in a large extent. Smartly engineered nanowire-templated micro-strips were used to probe the concept of highly-sensitive capacitive pH detection at nanoscale. This book connects theoretical and practical elements, allowing the reader to gain a general insight into the secrets of nanotechnology and modern devices assembly. Technology-related problems, engineering tips, modeling and electrical investigation protocols coupled with chip integration methodologies were discussed and evaluated.
Autorenporträt
Received a Master degree in Physical Electronics in 2005 from University of Bucharest, Romania and a PhD award in Engineering Sciences in 2012 from Catholic University of Louvain, Belgium. His research interest is in the nanotechnology field, focusing on development of nanowires tuned for applications in electronic and optoelectronic devices.