Abstract
A highly energetic carbon precursor suitable for the solvent assisted nanoimprint lithography is presented. The interdigital electrodes in the fabricated micro-supercapacitors show excellent device capacitances and high cycling stability.
Highlights
View Article OnlineTailoring the performance is achieved by variation of electrode distances and carbonization temperatures
The establishment of portable electronic devices in medicine, technical applications and consumer electronics attracted an immense attention in research of miniaturized modules
We present the printing of high-resolution interdigital micro-structures with line widths of 500 nm and distances down to only 1 mm using the investigated energy-rich carbon precursor
Summary
Tailoring the performance is achieved by variation of electrode distances and carbonization temperatures
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