Direct imaging shows that voltage-induced blistering of 2D nanochannel walls, via electrostatic and osmotic mechanisms, produces the memristive hysteresis in ionic nanofluidic devices.
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Direct imaging elucidates ionic memory in two-dimensional nanochannels
Direct imaging shows that voltage-induced blistering of 2D nanochannel walls, via electrostatic and osmotic mechanisms, produces the memristive hysteresis in ionic nanofluidic devices.