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| All these studies suggest that W-based photocatalysts, although few studied, would be the promising group of catalysts worthy of further in-depth study. It should be noted that all the W-based catalysts mentioned above are oxide and most of them only showed activity under UV light or only had the activity for oxygen evolution under visible light due to their unfavorable band gap or band position. On the other hand, several multi-component sulfides have recently been reported to show high photocatalytic efficiency, suggesting that such sulfides could be a new class of efficient visible-light-driven photocatalysts. |
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gohappy(金币+5, 翻译EPI+1): 谢谢！ 2011-03-07 21:13:41
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All these studies suggest that W-based photocatalysts, although few studied, would be the promising group of catalysts worthy of further in-depth study. It should be noted that all the W-based catalysts mentioned above are oxide and most of them only showed activity under UV light or only had the activity for oxygen evolution under visible light due to their unfavorable band gap or band position. On the other hand, several multi-component sulfides have recently been reported to show high photocatalytic efficiency, suggesting that such sulfides could be a new class of efficient visible-light-driven photocatalysts. 所有这些研究都表明，钨基光催化剂会虽然很少被关注，但确实是一类很有前景、值得进一步研究的催化剂。应该指出的是，前文提到的钨基催化剂均为氧化物，由于这类催化剂的带隙或者能带位置所限，它们中的大部分只在紫外光下才具有活性，或者在可见光下只有析氧活性。另一方面，最近有许多报道称多组分硫化物表现出高的光催化效率，表明这些硫化物可能是一类有效的可见光驱动的光催化剂。 |
2楼2011-03-07 19:37:43
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