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This paper reports the fabrication method and characteristics of a three dimensional micro interdigital structured supercapacitor. The proposed capacitor was fabricated by using two porous Cu/Ni electrodes with ultra-high surface area. The porous electrodes were formed by using a negative photoresist KMPR for high aspect ratio structure and electroplating technique. The electrochemical performances...
Extremely miniaturized methanol sensor was successfully developed and characterized. In order to minimize methanol sensor, the sensor was newly fabricated by using two circular porous Au electrodes with Pt nano-particles (micro/nano porous Au-Pt). The micro/nano porous Au-Pt electrode acts as a gas diffusion layer and current collector in the extremely miniaturized methanol sensor. The sensor was...
Highly roughened coral-like porous Au electrode with electroplated Pt nano-particles was newly developed and characterized. The porosity and window-pore size of the fabricated porous Au electrode were approximately 50% and 100-300 nm, respectively. The electroplated Pt nano-particle size was approximately 5-10 nm. For miniaturized electrochemical and biochemical sensor applications, the fabricated...
Flexible enzyme free glucose micro-sensor with nanoporous Pt (platinum) working electrode on a bio-compatible PET (polyethylene terephthalate) film was designed, fabricated, and characterized for continuous monitoring applications. The fabricated flexible sensor showed electrode surface RF (roughness factor) of 106.5 which was much higher than that of the sensor with sputtered Au electrode. The fabricated...
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