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Electronic Structure of Chlorophyll a Solution Investigated by Photoelectron Yield Spectroscopy

机译:叶绿素的电子结构通过光电子产量光谱研究了溶液

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Various bio-related processes are driven by electron transfer reactions. Therefore the electronic structures of bio-molecules in their living environment are keys of their functionalities. One significant example photosynthesis which has attracted much attention due to urgent necessity of clean energy source. In this study, we carried out photoelectron yield spectroscopy (PYS) measurements to demonstrate the electronic structures of oligomerizedChl-a molecules, which is known as an essential reaction center of the photosystem in general green plants, under the atmospheric environment. The ionization energies of the Chl-a aggregates are successfully derived.
机译:各种生物相关方法由电子转移反应驱动。 因此,生物分子在其生活环境中的电子结构是其功能的键。 由于清洁能源的迫切需要,这是一种重要的例子光合作用。 在该研究中,我们进行了光电子率屈服光谱(PYS)测量以证明寡聚菌的电子结构,其在大气环境下称为一般绿色植物中的光系统的基本反应中心。 成功衍生CHL-聚集体的电离能量。

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