Raman spectrum-based cosmetic authenticity nondestructive identification method

Abstract

The invention belongs to the field of cosmetic authenticity identification, and particularly relates to a Raman spectrum-based cosmetic authenticity nondestructive identification method which comprises the following steps of S1, establishing a microscopic Raman discrimination model library and a handheld Raman discrimination database, S2, collecting an atlas of a to-be-identified sample by utilizing handheld Raman, comparing the collected atlas with the handheld Raman discrimination database, preliminarily judging the to-be-identified sample, and entering the next step if the authenticity of the to-be-identified sample cannot be judged, and S3, collecting the atlas of the to-be-identified sample by using microscopic Raman, comparing the collected atlas with the microscopic Raman discrimination model library, and making a final determination. Microscopic Raman spectroscopy is combined with a handheld Raman spectroscopy technology, ink identification is performed on inner and outer packages of cosmetics, contents are subjected to scanning detection, joint library establishment and comparison and mutual complementation to verify genuine products, and the method is simple to operate, very high in universality, capable of effectively resisting interference of moisture in the cosmetics, high in identifiability and high in accuracy.

Description

technical field [0001] The invention belongs to the field of authenticity identification of cosmetics, and in particular relates to a non-destructive identification method for authenticity of cosmetics based on Raman spectrum. Background technique [0002] The cosmetics market is flooded with counterfeit products, and counterfeit products of different levels and grades emerge in endlessly, which have a great negative impact on the interests of consumers and the healthy development of the Chinese cosmetics market. , There is a serious lack of technology, but to develop China's cosmetics industry at a high level, we must pay attention to solving the serious problem of the proliferation of fake products. [0003] The existing methods include single-marker identification, fingerprint (multi-marker identification), barcode, two-dimensional code identification, and folk counterfeit identification strategies based on "one product, one method". The shortcomings of the above methods ...

AI Technical Summary

Problems solved by technology

[0003] Existing methods include single-marker identification, fingerprint (multi-marker identification), barcode, two-dimensional code identification, and folk counterfeit identification strategies based on "one product, one method". The shortcomings of the above methods are obvious. As technology becomes more and more advanced, single-marker identification is extremely easy to crack, and multi-marker identification can also be cracked, and the fingerprint itself is cumbersome to operate, with different standards and poor applicability. Although barcode and QR code identification are efficient, then use high-definition Copying technology is also easy to crack, and folk counterfeiting strategies are not only lacking in science, but also cumbersome to operate and poor in versatility

Images