This paper describes the manufacture and properties of fine scale (Ø 260 μm) and dense (>96 % theoretical density) fibres consisting of Magnéli (TinO2n-1) phases for sensing and energy storage...
This paper describes the manufacture and properties of fine scale (Ø 260 μm) and dense (>96 % theoretical density) fibres consisting of Magnéli (TinO2n-1) phases for sensing and energy storage...
The photo-electro-chemical (PEC) splitting of water requires semiconductor materials with a minimum energy gap of 1.23 eV along with conduction and valence bands overlapping the oxidation of H2O and reduction of...
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