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Sienoh Park

As seen in: Royal Society of Chemistry
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Articles

High thermoelectric conversion through an optimal contribution of electronic carriers in polymeric mixed ionic-electronic conducting films

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By Sienoh Park
| Royal Society of Chemistry Verified
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Mesogenic polymer composites for temperature-programmable thermoelectric ionogels

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By ByeongGwan Kim, Sienoh Park, Cheol Hyun Cho, Eunkyoung Kim
| Royal Society of Chemistry Verified
Mesogenic polymer composites for temperature-programmable thermoelectric ionogels Sienoh Park, Byeonggwan Kim, Cheol Hyun Cho and Eunkyoung Kim Abstract Thermally programmable ionic thermoelectric (iTE) composites with optical tunability are explored as a transmittance tunable energy harvester to operate as a thermal sensor for low-grade heat sources.
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Bisulfate Transport in Hydrogels for Self-healable and Transparent Thermoelectric Harvesting Film

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By ByeongGwan Kim, Eunkyoung Kim, Cheol Hyun Cho, Sienoh Park
| Royal Society of Chemistry Verified
Bisulfate Transport in Hydrogels for Self-healable and Transparent Thermoelectric Harvesting Film A wearable and transparent thermoelectric (TE) hydrogel based on bisulfate transport was demonstrated to record a negative ionic Seebeck coefficient of −25.0 mV K-1, ionic power factor of 9.94 mW m−1 K−2, and an ionic figure of merit of 7.2 at 80% relative humidity and room temperature.
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