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6. a PSPR作正极和ZnCl2 作负极组成的水系有机液流电池示意图。B液流电池的充放电曲线（左）和电池在充放电过程中的原位紫外光谱（右）[
Fig.6. a Representative flow battery assembled with PSPR posolyte paired with ZnCl2 negolyte. b Charge/discharge profiles (left) of PSPR cell and in situ UV-vis spectra of PSPR during charge/discharge process (right)[
