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首页> 外文期刊>Physical review. B, Condensed Matter And Materials Physics >Simultaneous ultrafast probing of intramolecular vibrations and photoinduced charge carriers in rubrene using broadband time-domain THz spectroscopy
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Simultaneous ultrafast probing of intramolecular vibrations and photoinduced charge carriers in rubrene using broadband time-domain THz spectroscopy

机译:宽带时域太赫兹光谱同时超快探测红荧烯中的分子内振动和光诱导的载流子

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摘要

We determine the ultrafast frequency- and time-resolved complex dielectric responses of photoexcited, single-crystal rubrene in the frequency range of 10-30 THz (330-1000 cm~(-1)) using ultrafast broadband THz spectroscopy. In this frequency range, we observe the response of both photogenerated mobile charges and intramolecular vibrational modes simultaneously, both of which vary with time after excitation. The data in conjunction with a theoretical model indicate a dynamic blueshift of the 15.5 THz phonon.
机译:我们使用超快宽带太赫兹光谱法确定了在10-30 THz(330-1000 cm〜(-1))频率范围内光激发的单晶红荧烯的超快频率和时间分辨的复介电响应。在此频率范围内,我们同时观察到光生移动电荷和分子内振动模式的响应,两者在激发后随时间变化。数据与理论模型一起表明15.5 THz声子的动态蓝移。

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