2021
DOI: 10.1007/s10854-021-05709-9
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Chemical synthesis of orthorhombic Ag8SnS6/zinc oxide nanorods photoanodes for photoelectrochemical salt-water splitting

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Cited by 11 publications
(1 citation statement)
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“…184 It has been conrmed that the photogenerated charge carriers on the photocatalyst can be efficiently separated with the addition of the bias voltage, resulting in the improvement of the hydrogen production of seawater splitting. 184,186,[233][234][235][236] These results make a major contribution to hydrogen production from seawater pyrolysis. The relevant research progress has been summarized in detail in recent reviews and will not be repeated here.…”
Section: Development Of Nacl-based Electrolytes For Producing Hydrogenmentioning
confidence: 92%
“…184 It has been conrmed that the photogenerated charge carriers on the photocatalyst can be efficiently separated with the addition of the bias voltage, resulting in the improvement of the hydrogen production of seawater splitting. 184,186,[233][234][235][236] These results make a major contribution to hydrogen production from seawater pyrolysis. The relevant research progress has been summarized in detail in recent reviews and will not be repeated here.…”
Section: Development Of Nacl-based Electrolytes For Producing Hydrogenmentioning
confidence: 92%