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Raman‐Signalverstärkung per Fingerdruck wurde durch Kombination eines flexiblen, piezoelektrischen und dielektrischen Energieumwandel‐ und Speicherfilms mit Silbernanodrahtschichten erhalten. In der Zuschrift auf S. 2693 ff. beschreiben Y. Zhang, Q. An et al. ein selbstanregendes SERS‐Trägermaterial (SERS=oberflächenverstärkte Raman‐Streuung), das Filmdeformationen in gespeicherte elektrische Energie...
Electrochemically up‐regulated surface‐enhanced Raman spectroscopy (E‐SERS) effectively increases Raman signal intensities. However, the instrumental requirements and the conventional measurement conditions in an electrolyte cell have hampered its application in fast and on‐site detection. To circumvent the inconveniences of E‐SERS, we propose a self‐energizing substrate that provides electrical potential...
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