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Increasing the cold junction temperature difference increases the device maximum efficiency by 3.5 6.2%.
As expected, the application of positive pulses on the TE incrementally increases the device conductance, and the application of negative pulses gradually decreases the conductance.
The body's response results in the formation of a dense cellular sheath around the implanted electrode arrays, which increases the device impedance and leads to a loss of device functionality.
Concentrating sunlight and focussing it on smaller sized solar cells increases the device's power output per unit active area.
However, the integration of pumping components (e.g., microvalves and diaphragms) is required to perform on-chip pumping with a microfluidic device, which increases the device fabrication complexity.
The requirement of a long channel for complete mixing increases the device footprint significantly, making the device impractical for many lab-on-a-chip applications.
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Reversing the voltage pulse resets the memristor by sucking some of oxygen atoms back into the conducting path, thereby increasing the device's resistance.
Studies to increase the device efficiency and understand the physics of this phenomenon of improved electrical output because of the reaction wave are underway.
Thus, to increase a polymer chip's storage capacity, there is no need to increase the device's footprint or the density of components crammed on its surface.
Increasing the device's pressure from 0.4 to 4.8 Pa produces more porous samples with different microstructures.
When the gate bias is increased, the device behaves more like a typical FET.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com