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The energy calculation assumes a working voltage of 3 Volt.
The deposits were grown on an oxidized silicon wafer SiO2//Si substrate using a working voltage of 30 kV.
The gas-sensing properties of sensor were evaluated via the resistance change at a working voltage of 1 V.
The sample was observed under a JEOL JSM-5410 SEM with a working voltage of 20 kV.
With a working voltage of 13 kV, jets of nanofibers were deposited on the foil, forming a white, shiny porous membrane.
Powder X-ray diffraction (XRD) patterns were recorded on a Philips X'pert MPD diffractometer (Amsterdam, The Netherlands) using Cu Kα radiation and a working voltage of 40 kV.
Impressively, a maximum energy density of 9 μWh cm−2 at power density of 532.7 μW cm−2 is achieved at a working voltage of 2.0 V.
Thickness of the sensor layer was estimated using a scanning electron microscope JEOL JSM-6060LA (JEOL Ltd., Japan) with a working voltage of 30 kV.
The cell shows a working voltage of 4.3 V and a capacity of 120 mAh g−1 obtained at 1 C rate.
The leaching efficiencies reached about 90% for cobalt and nearly 94% for lithium using 1.25 mol/L of malic acid and a working voltage of 8 V for 180 min at 70 °C.
Two-electrode LIC cells operating at a working voltage of 2.2 3.8 V were assembled using a pre-lithiated graphite negative electrode (NE) and an activated carbon positive electrode (PE).
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