Al-Kutubi, Hanan

Mathwig, Klaus

Rassaei, Liza

Zafarani, Hamid Reza

English

Electrochemical nanofluidic devices are chip-based sensors consisting of a nanochannel of approximately 100 nm in height. By employing a pair of electrodes positioned at the top and bottom of this channel, the detected current can be greatly amplified, allowing much higher sensitivity and the possibility to investigate systems at the fundamental level. However, a high surface-to-volume ratio means that these channels suffer from adsorption of molecules onto the electrodes causing reduction in current and complication of experiments. By using additives, the absorptivity inside these nanochannels has been investigated with the aim of both understanding and reducing its effects

Proceedings - University of Groningen

Reducing adsorption in nanochannels:from fundamental understanding to practical application

https://pure.rug.nl/ws/files/39165541/abstract_book_chains_2016.pdf

Reducing adsorption in nanochannels:from fundamental understanding to practical application

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Proceedings - University of Groningen