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52477220

Funded outputs count: 6
Funder award ID: 52477220
OpenAlex ID: G5919973754
A Tailored Ti‐Based Rutile‐Type High‐Entropy Oxide: Unlocking Ultrafast De/Hydrogenation Kinetics of MgH 2 via Multimetallic Synergism
2026 · Xue Ke, Yuanyuan Zhang, et al. · Advanced Energy Materials · 10
Synergistic Multiphysical Field Optimization of Magnesium‐Based Hydrogen Storage Materials: Mechanisms, Progress, and Perspectives
2025 · Jindou Shi, Ke Wang, et al. · Small · 4
In-situ synthesized lithium borohydride composite with dual-catalyst synergistic modification for enhancing hydrogen storage performance
2025 · Guoquan Na, Wen-Gang Cui, et al. · International Journal of Hydrogen Energy · 2
Enhancing hydrogen storage performance of MgH2 with hollow Bi2Ti2O7 catalyst: Synergistic effects of Bi2Mg3 alloy phase and Ti polyvalency
2025 · Xiaoying Yang, Xinqiang Wang, et al. · Journal of Magnesium and Alloys · 15
Boosting the hydrogen storage performance of Mg-rich quaternary alloy hydrides via in-situ evolution of bidirectional catalytic phases
2025 · Ruijie Liu, Xinhao Jiang, et al. · Chemical Engineering Journal · 10
In Situ Generation and Stabilization of Multiple Catalysts by Introducing a Graphene-Supported FeF2/FeOX Additive for Enhancing the Hydrogen Storage of LiBH4
2025 · Guoquan Na, Wen-Gang Cui, et al. · ACS Applied Energy Materials · 10
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