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Development of artificial leaf for solar hydrogen production

机译:开发用于太阳能制氢的人造叶

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Photosynthesis dye chlorophyll derivative chlorin-e_6, viologen (electron carrier) and platinum nano-particle immobilized onto silica gel based thin layer substrate is for photoinduced hydrogen production is developed. When the chlorin-e_6, viologen and platinum nano-particle immobilized onto substrate is irradiated with 100 mWcm~(-2) visible light in the presence of NADPH as an electron donor, the hydrogen production is observed. After 2 h irradiation, 6.0×10~(-8)mol of hydrogen is produced.
机译:开发了固定在硅胶基薄层基质上的光合作用染料叶绿素衍生物chlorin-e_6,紫精(电子载体)和铂纳米颗粒,用于光诱导制氢。当在作为电子供体的NADPH存在下,用100 mWcm〜(-2)可见光照射固定在基材上的二氢卟酚-e_6,紫精和铂纳米颗粒时,观察到氢的产生。照射2小时后,产生6.0×10〜(-8)mol的氢气。

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