Raman spectroscopy is a molecular vibrational spectroscopic technique has developed
rapidly in recent years, especially in rapid field detection. In this paper, we discuss the …

The authors proposed a new Raman peak recognition method named bi-scale correlation
algorithm. The algorithm uses the combination of the correlation coefficient and the local …

Raman spectrum contains abundant substance information with fingerprint characteristics.
However, due to the huge variety of substances and their complex characteristic information …

Raman spectrum analysis technique is gaining a wider use in many fields such as food,
materials and environmental monitoring due to its advantages of non-destructive, rich …

With the miniaturization of Raman spectrometers, Raman spectroscopy (including Surface-
enhanced Raman spectroscopy) has been widely applied to various fields, especially …

The interpretation of a Raman spectrum is based on the identification of its characteristic
molecular bands. However, the assignment of the vibrational modes is often compromised …

Raman spectroscopy is a general and non-destructive detection technique that can obtain
detailed information of the chemical structure of materials. In the past, when using …

Raman spectroscopy is one of the few non‐destructive techniques capable of identifying
pigments in art works. Raman spectra contain powerful information that can be used to …

Noise and fluorescent background are two major problems for acquiring Raman spectra
from samples, which blur Raman spectra and make Raman detection or imaging difficult. In …

Raman peaks carry valuable information about constituent chemical bonds. Therefore, peak
recognition is a very essential part of spectral analysis. The fully automated peak recognition …