Raman spectroscopy uses scattered light to identify a substance's chemical ingredients and is one of the most widely used ...

For example, the spectrum of Raman scat- tered light can be measured using an optical spectrometer which separates the Raman scattered light into its optical 45 frequency components using a ...

Achieving optimal analytical performance in optical spectroscopy requires striking a delicate balance between employing a narrow spectrometer input slit to ... a neural network to reconstruct ...

Particularly, we are dedicated to pushing the boundaries of optical measurements ... "We aim to apply our spectrometer to microscopy, enabling the capture of 2D or 3D images with Raman scattering ...

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The spectrometer was equipped with a 780 nm diode laser with a maximum power of 150 mW. The spectral resolution was 3.0-4.1 cm –1, and the spectral range was 50-1800 cm –1. The optical power was 100 ...

The spectrometer was fiber attached to the Raman probe with a 0.91 mm diameter 0.22 NA optical fiber. The spectrometer does not require a slit, thereby removing a common source of optical loss. The ...