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Flexible thermo-electrochemical cells using Iodolyte HI-30 for conversion of low-grade heat to electrical energy

机译：柔性热电化学电池使用碘聚电极HI-30，用于将低级热量转换为电能

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Zubair Ahmad; Jolly Bhadra; Farid Touati; Abdullah Alashraf; R. A. Shakoor; N. J. Al-Thani;
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年度 2016
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1. Flexible thermo-electrochemical cells using Iodolyte HI-30 for conversion of low-grade heat to electrical energy [J] . Ahmad Zubair, Bhadra Jolly, Touati Farid, RSC Advances . 2016,第75期

机译：柔性热电化学电池使用碘聚电极HI-30，用于将低级热量转换为电能
2. Hybrid thermo-electrochemical energy harvesters for conversion of low-grade thermal energy into electricity via tungsten electrodes [J] . Jung Sang-Mun, Kwon Jaesub, Lee Jinhyeon, Applied Energy . 2021,第Octa1期

机译：混合热电化学能量收割机通过钨电极将低级热能转化为电力
3. Cost-efficient nickel-based thermo-electrochemical cells for utilizing low-grade thermal energy [J] . Jung Sang-Mun, Kwon Jaesub, Lee Jinhyeon, Journal of power sources . 2021,第MAYa15期

机译：具有成本效益的基于镍的热电化学电池，用于利用低级热能
4. Thermo-Electrochemical Cells Based on Polymer and Mineral Hydrogels for Low-grade Waste Heat Conversion [C] . Alexandr Shindrov, Denis Artyukhov, Maria Vikulova, International Conference of Students and Young Scientists . 2017

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机译：太阳能电池：将太阳能转换为电能存储：超级电容器这是一种由可生物降解的琼脂制成的新型超低成本碳前体是一种超快储能装置（全球挑战10/2018）
7. Theoretical thermodynamic analysis of a closed-cycle process for the conversion of heat into electrical energy by means of a distiller and an electrochemical cell [O] . Carati, Andrea, Marino, Massimo, Brogioli, Doriano 2014

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Flexible thermo-electrochemical cells using Iodolyte HI-30 for conversion of low-grade heat to electrical energy

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