High Capacity and Rate
A dual-doping strategy creates a solid-state hydrogen storage material that surpasses the best carbon-based materials, achieving both high capacity and fast uptake.
Gao, Yong · Li, Zhenglong · Wang, Pan · Li, Chao · Qiuyan, Yue · Cui, Wengang · Wang, Xiaowei · Yang, Yaxiong · Gao, Fan · Zhang, Mingchang · Gan, Jiantuo · Chenchen, Li · Liu, Yanxia · Wang, Xinqiang · Qi, Fulai · Jian, Miao · Zhang, Jing · Han, Xiao · Wubin, Du · Liu, Cuixia · Wan, Yiyang · Yang, Yuchia · Xia, Zhenhai · Pan, Hongge
Advanced Functional Materials 2024
Hydrogen storage capability exceeds the best carbon-based hydrogen storage materials
Simultaneously achieves high hydrogen storage capacity and uptake rate