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Organic heterojunctions for direct solar fuel generation
Communications Chemistry ( IF 5.9 ) Pub Date : 2020-03-27 , DOI: 10.1038/s42004-020-0288-z Reiner Sebastian Sprick 1 , Marc A Little 1 , Andrew I Cooper 1
Communications Chemistry ( IF 5.9 ) Pub Date : 2020-03-27 , DOI: 10.1038/s42004-020-0288-z Reiner Sebastian Sprick 1 , Marc A Little 1 , Andrew I Cooper 1
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Organic polymers have demonstrated promise as photocatalysts, but their photocatalytic efficiencies remain relatively low. Now, borrowing principles from organic photovoltaics, heterojunctions of polymer photocatalysts and small molecule acceptors have been shown to have excellent solar hydrogen production efficiencies. Organic polymers have demonstrated promise as photocatalysts, but their photocatalytic efficiencies remain relatively low. Now, borrowing principles from organic photovoltaics, heterojunctions of polymer photocatalysts and small molecule acceptors have been shown to have excellent solar hydrogen production efficiencies.
中文翻译：
用于直接太阳能燃料发电的有机异质结
有机聚合物已显示出作为光催化剂的前景，但它们的光催化效率仍然相对较低。现在，借鉴有机光伏的原理，聚合物光催化剂和小分子受体的异质结已被证明具有出色的太阳能制氢效率。有机聚合物已显示出作为光催化剂的前景，但它们的光催化效率仍然相对较低。现在，借鉴有机光伏的原理，聚合物光催化剂和小分子受体的异质结已被证明具有出色的太阳能制氢效率。
更新日期：2020-04-24
中文翻译：
用于直接太阳能燃料发电的有机异质结
有机聚合物已显示出作为光催化剂的前景，但它们的光催化效率仍然相对较低。现在，借鉴有机光伏的原理，聚合物光催化剂和小分子受体的异质结已被证明具有出色的太阳能制氢效率。有机聚合物已显示出作为光催化剂的前景，但它们的光催化效率仍然相对较低。现在，借鉴有机光伏的原理，聚合物光催化剂和小分子受体的异质结已被证明具有出色的太阳能制氢效率。
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