Influence of primary beam energy on localized surface plasmon resonances mapping by STEM-EELS
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Horák, Michal
Šikola, Tomáš
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Mark
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0000-0001-6503-8294 Abstract
We have discussed the impact on experimental characteristics which are important to detect localized surface plasmon peaks in EELS successfully, namely: the intensity of plasmonic signal, the signal to background ratio, and the signal to zero-loss peak ratio considering a limited dynamic range of the spectrometer camera.
We have discussed the impact on experimental characteristics which are important to detect localized surface plasmon peaks in EELS successfully, namely: the intensity of plasmonic signal, the signal to background ratio, and the signal to zero-loss peak ratio considering a limited dynamic range of the spectrometer camera.
We have discussed the impact on experimental characteristics which are important to detect localized surface plasmon peaks in EELS successfully, namely: the intensity of plasmonic signal, the signal to background ratio, and the signal to zero-loss peak ratio considering a limited dynamic range of the spectrometer camera.
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META. 2021, p. 686-688.
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submittedVersion
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en
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Except where otherwised noted, this item's license is described as Creative Commons Attribution 4.0 International