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Die Fluoreszenzrelaxation von N‐Methyl‐6‐chinolon wurde verwendet, um z. B. in Trehalose‐Wasser‐Lösungen die frequenzabhängige Permittivität der Molekülumgebung mit großer spektraler Bandbreite zu erhalten (siehe Skizze). Durch kovalente Anbindung des Sondenmoleküls an eine supramolekulare Struktur kann so eine lokale THz‐FIR‐Spektroskopie realisiert werden.
The fluorescence relaxation of N‐methyl‐6‐quinolone was used to determine the frequency‐dependent permittivity of the molecular environment over a large spectral range (see picture), for example in trehalose–water solution. Local THz‐FIR spectroscopy can be realized by covalent attachment of the probe molecule to a supramolecular structure.
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