Several types of nanofluidic devices based on nanopores and nanochannels have been
reported to yield ionic current rectification, with the aim to control the delivery of chemical …

The possibility of tuning the current rectification and selectivity in nanofluidic diodes is
demonstrated both experimentally and theoretically through dynamically functionalizing a …

A smart nanofluidic diode that exhibits both ion gating and ion current rectification has been
developed using a 1‐(4‐amino‐phenyl)‐2, 2, 2‐trifluoro‐ethanone‐functionalized, conical …

Ionic rectifying effect is a unique ion transport phenomenon observed in certain types of
nanofluidic devices and cannot be implemented in microfluidics. Analogous to a diode in …

Nanotubes can selectively conduct ions across membranes to make ionic devices with
transport characteristics similar to biological ion channels and semiconductor electron …

DOI: 10.1002/adma. 201505842 asymmetric ions transportation is based on the ions
accumulation and depletion in the nanochannel under bias voltage.[5c, 6] Based on the …

The use of solid state nanochannels as nanofluidic diodes is currently a topic of large
interest in nanotechnology. Particularly, there is a focus in the development of nanochannels …

The design of an electrochemically addressable nanofluidic diode is proposed, which allows
tunable and nanofluidic operations via redox gating under electrochemical control. The …

Herein we demonstrate a fully abiotic smart single‐nanopore device that rectifies ionic
current in response to the temperature. The temperature‐responsive nanopore ionic rectifier …

The mechanism of tuning charge transport in electronic devices has recently been
implemented into the nanofluidic field for the active control of ion transport in nanoscale …