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Previous studies (Sparavigna, 2023) have demonstrated the Tsallis q-Gaussian functions suitable for the analysis of Raman spectra. Besides the q-Gaussian, another generalized Gaussian form can be investigated for Raman spectroscopy; it is the Kaniadakis κ-Gaussian probability density function, which contains the κ-exponential. Here, we consider both q- and the κ-Gaussians for fit onto the Raman spectrum of diamond. In the case of diamond, some fit examples obtained with the Kaniadakis exponents are providing a better result.
Lorentzian distribution, Raman spectroscopy, Gaussian distribution, Cauchy distribution, Voigt distribution, Kaniadakis κ-Gaussian distribution, Tsallis q-Gaussian distribution, Diamond, Pseudo-Voigt function
Lorentzian distribution, Raman spectroscopy, Gaussian distribution, Cauchy distribution, Voigt distribution, Kaniadakis κ-Gaussian distribution, Tsallis q-Gaussian distribution, Diamond, Pseudo-Voigt function
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