原位表征技术在水系有机液流电池中的研究进展
张永辉1,2(
), 傅杰1, 李先锋2(), 张长昆2()
), 傅杰1, 李先锋2(), 张长昆2()
Research progress on in-situ characterization techniques for aqueous organic flow batteries
Yonghui ZHANG1,2(), Jie FU1, Xianfeng LI2(), Changkun ZHANG2()
), Jie FU1, Xianfeng LI2(), Changkun ZHANG2()
图4. a三电极体系下的原位反射红外示意图。b液流电池原位红外检测示意图。该方法又分为 c原位透射红外；d原位内反射红外和e原位外反射红外。
Fig.4. a Schematic diagram of operando reflected IR in the three-electrode system. e Schematic diagram of flow battery in-situ infrared detection. The method can be divided into (b) On-line transmission infrared; (c) On-line internal reflection exfrared and (d) On-line internal reflection infrared.
