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We demonstrate rectification of ionic transport in a nanofluidic diode fabricated by introducing a surface charge discontinuity in a nanofluidic channel.
That's impressive because it's the first time anybody has demonstrated heat rectification in a bulk solid (it's been done with individual electrons in superconductors and in single nanotubes).
Although G/p-Si also exhibit rectification behavior, they demonstrate poor photovoltaics conversion efficiency due to the weak p-type conductivity of our graphene flakes.
I-V characteristics of the diodes studied at different temperatures demonstrate the rectification ratios varying from about 20 to about 100 when the temperature changes from 70℃ to 22℃ and exceeding 1,000 at 80 K.
The hybrid nanostructure was demonstrated to possess rectification behavior characteristic of a p n junction.
These works demonstrated that good rectification ratio and good photoresponse can be obtained with ZnO/CuO coaxial heterojunctions.
In this study, our results demonstrated that the "rectification" arose from missing the full-open level because of a disruption of cooperativity of the four subunits, especially when the channel-open probability is low.
It is found that the heat current runs preferentially from the h-BN to graphene domain, which demonstrates pronounced thermal rectification behavior in this heterostructure.
In the present paper, we demonstrate the electrochemical rectification of a redox current which is transferred between redox probes (ferricyanide) in solution and a gold electrode functionalized with the biomolecular redox mediator microperoxidase-11 (MP-11).
Figure 4 Current voltage (I V) characteristics of the fabricated FWLED, in a a linear plot of the I V demonstrating a good rectification behavior of the device.
Typically, currents generated by VRACs demonstrate moderate outward rectification and slow time-dependent inactivation at high positive potentials with a selectivity profile of I- > Br- > Cl- (corresponding to Eisenman's sequence I).
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CEO of Professional Science Editing for Scientists @ prosciediting.com