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Spectrally Tunable, Large Raman Enhancement from Nonradiative Energy Transfer in the van der Waals Heterostructure

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Raman enhancement techniques are essential for fundamental studies in light–matter interactions and find widespread application in microelectronics, biochemical sensing, and clinical diagnosis. Two... Click to show full abstract

Raman enhancement techniques are essential for fundamental studies in light–matter interactions and find widespread application in microelectronics, biochemical sensing, and clinical diagnosis. Two...

Keywords: enhancement; enhancement nonradiative; large raman; spectrally tunable; tunable large; raman enhancement

Journal Title: ACS Photonics
Year Published: 2020

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