植物发供电技术的研究进展
谢林翰1, 李万忠1, 张倩倩1(
), 曹高萍2, 邱景义2, 明海2, 封伟3()
), 曹高萍2, 邱景义2, 明海2, 封伟3()
Research advances in plant-power generation technology
Linhan XIE1, Wanzhong LI1, Qianqian ZHANG1(), Gaoping CAO2, Jingyi QIU2, Hai MING2, Wei FENG3()
), Gaoping CAO2, Jingyi QIU2, Hai MING2, Wei FENG3()
图8. 基于MMT的仿生温度控制纳米通道浓差电池示意图和性能图; (a) 纳米通道浓差电池示意图; (b) 1000倍盐度梯度下的伏安特性曲线；(c) 温度周期转换下的短路电流变化情况；(d) 不同温度和外部电阻下的输出功率密度Copyright ? 2020 Elsevier
Fig. 8. Schematic diagram and performance diagram of bionic temperature-controlled nanochannel concentration difference battery based on MMT; (a) Schematic diagram of nanochannel concentration difference battery; (b) Volt-ampere characteristic curve under 1000 times salinity gradient;(c) Change of short-circuit current under temperature cycle conversion; (d) Output power density under different temperature and external resistance. Copyright ? 2020 Elsevier
