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To construct a highly efficient photoelectrochemical tandem device with silicon photocathode operating in alkaline conditions, it is desirable to develop stable and active catalysts which enable the photocathode to reliably perform under an alkaline environment. With nanostructured passivation layer and edge‐exposed transition metal disulfides, silicon photocathode provides new opportunities for achieving...
Solar Water Splitting
Electrically connected and optically paralleled photoelectrochemical‐photovoltaic tandem architecture is placed on the coast in sunlight. A photovoltaic cell produces electricity and provides it to a photocathode. A silicon photocathode, which consists of TiO2 nanorods passivation layer and MoS2 nanoplates, is submerged under sea water and generates hydrogen gas. As can be seen...
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