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This material exhibits an environmental-friendliness potential and a high versatility in food packaging.
Yet when treated — with doping and carbon coating — and used as nanoparticles in a battery, the material exhibits an impressively high charging rate.
In addition, the Fe@Fe2O3/graphene hybrid material exhibits an excellent long-life cycling performance at high currents.
Furthermore, a field-effect transistor device fabricated using the material exhibits an on/off ratio of 107, with calculated and experimental bandgaps of approximately 1.70 and 1.96 eV, respectively.
The resulting InN material exhibits an optical absorption edge that varies from 0.83 to 1.34 eV, strongly dependent upon the precursor flow ratios employed during growth.
After elimination of the organic mesophase by heating, the membrane material exhibits an ordered microporosity with pore size directly related to the size of the surfactant molecules.
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This material exhibits a high entropy dimension, D1.
Compared to VGs, VGs-GS/CC material exhibits a better electron field emission property.
The monolithic material exhibits a remarkably low electrochemical overpotential during the cyclic charging and discharging.
The resultant material exhibits a high specific capacitance of approximately 226 F g−1.
This material exhibits a remarkable optical limiting performance for nanosecond laser pulses at 532 nm.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com