Raman Applications
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In terms of security for the forensic analysis, Raman spectrometer and its methods are obviously the best and the most efficient approach to explosive identification and analysis. Becuase most of ingredients are flamable, explosive and maybe accompanied by high fluorescence, high sensitivity and justability of laser power for Raman spectrometers becomes essential for analyzing explosives.
Raman analyzer is undoubtedly the best qualitative tool for on-site fast screening and quick inspection, except for easy operation.In addition to the fool-type software, there is no need to do sample preparation for dangerous samples, and there is no dangerous sample It must be taken out of glass bottles and plastic bags to reduce the potential hazards of field workers.
Raman spectroscopy identification technology is applied to the anti-counterfeiting design of criminal reconnaissance, forged document comparison and calligraphy and painting identification in various fields in the future. Raman spectroscopy molecular fingerprint is used as the key evidence for identifying various fake products.
Incoming Pharmaceutical Material Inspection / R&D (Research & Product Development) / Production / QC/QA / Central Fill/Pharmacy Inspection / Counterfeit and Adulterated
Raman spectroscopy is the future trend of ancient cultural relics research and identification methods. With the publication of various researches, Raman spectroscopy is not only an important means for the identification of unknown ancient cultural relics, but also gradually becomes the basis for many artificial optimization treatments or secondary minerals research.
Food additives (impurity, contamination, preservative, etc) / Milk powder with impurity (melamine additives) / Imitated alcoholic beverage
The characteristic peak of Raman spectroscopy has a narrow half-width and high intensity, so it can easily distinguish mineral types and help to compare the characteristic minerals of each deposit. In addition, with the advancement of technology, the sensitivity and signal-to-noise ratio of Raman spectrometer increase is enough for Raman spectroscopy to provide more traces of minerals.
Drastic increase in both number and kind of drugs makes it difficult in the examination of drugs for enforcement organizations. There is no doubt that Raman spectroscopy is capable of examining drugs, but with the premise that a complete and accurate set of databank is established. In the future, once the Raman data of drugs are established, it will help promote the capability of Raman spectroscopy in the enforcement of drugs.