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Terahertz Microspectroscopy and Infrared Reflection-Absorption Spectroscopy Apparatuses at UVSOR-II

机译:在UVSOR-II的太赫兹微枢刷和红外反射吸收光谱装置

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We have recently constructed two specialized end stations, one is the terahertz microspectroscopy (THz-MS) and the other the infrared reflection-absorption spectroscopy (SR-IRAS). Both instruments have been tested using synchrotron radiation in the infrared and terahertz regions at UVSOR-II. The THz-MS station covers the wavenumber region of 15,000 ?40 cm?1 with the spatial resolution as same as the wavelength. This apparatus is a powerful tool for the electrodynamics on strongly correlated materials at low temperatures and under high pressures and also for the molecular vibration imaging of living cells. On the other hand, the SR-IRAS station covers the IR range down to 300 cm?1 with a high accuracy. The change of Al-N stretching and pyramidalization modes at 423 and 460 cm?1, respectively, due to potassium doping in Alq3 molecules on an Ag surface was observed.
机译:我们最近构建了两个专业的终端站,一个是太赫兹微穴位(THz-MS)和另一个红外反射吸收光谱(SR-IRA)。在UVSOR-II的红外线和太赫兹地区的同步和太赫兹地区的同步辐射已经测试了这两种仪器。 THz-MS站覆盖15,000×40cm≤1的波数区域,其空间分辨率与波长相同。该装置是在低温下强烈相关材料的电动电动的强大工具,并且在高压下以及用于活细胞的分子振动成像。另一方面,SR-IRAS站以高精度覆盖了下降到300厘米的IR范围。观察到由于在AG表面上的ALQ3分子中掺杂的钾掺杂,分别在423和460cmβ1处改变Al-n拉伸和嘧蛋白化模式。

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