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General Construction of Porous Transition-Metal Oxide Nanosheets Derived from Single-Metal Precursors
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DOI：10.1016/j.colsurfa.2026.140731.png)
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Abstract
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• Universal solvothermal-annealing strategy for the preparation of porous oxide nanosheets • Gas-evolution pore forming preserves flower-like nanosheet frameworks with mesopores • The calcination temperature was optimized to balance crystallinity and porosity, enabling the fastest charge storage kinetics.
Keywords:
porous oxide nanosheets
solvothermal-annealing
gas-evolution pore forming
transition-metal oxides
charge storage kinetics
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