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Previously reported devices have relied on indirect measurements that may alter articular joint location and function.
Performance improvement with respect to previously reported devices with similar structure has also been analyzed.
Compared with previously reported devices [23], our device has reached a new milestone for low-on-resistance, normally off GaN HEMTs.
Improved responsivity and lower dark current are predicted for the optimized InGaAs/InP device over previously reported devices with indium aluminum arsenide emitter/collector layers.
However, reported devices have many drawbacks such as a small active area of 0.11 cm2, s-shape in the J-V curves, recombination process of charge carriers at the graphene/textured Si interface, high cost and a complex fabrication process.
The resonant frequency of the polyimide cantilever devices was lower than that of the previously reported devices with similar geometrical dimensions, due to their low elastic modulus of approximately 3.4 GPa [4, 7].
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Only a third of female respondents reported device ownership.
The reported device uses carbon nanotubes as nanoscale transducing elements to capture CTC in blood.
The reported device targets operation in ambient pressure rather than vacuum, which should simplify packaging requirements.
We show that the reported device characteristics can be explained by band-to-band tunnelling through the junction.
With regard to these findings, the flow profile generated within the reported device meets the requirements to induce cell morphology changes by FSS.
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