Raman spectroscopy is an important analytical tool that provides basic molecular spectroscopic information of materials. Since it is used in wide applications by physicists, chemists, geologists, scientists etc, and used in fields including forensics, raw material industries, pharmaceutical engineering, and antique identification.
Raman spectroscopy has been widely applied in the semiconductor to know material properties. Take graphene, for instance, it has a distinct Raman peak relate to chemical structure and composition.
How to detect hazardous chemicals, explosives, narcotics, and drugs keeping the public safe? Handheld Raman spectroscopy is an ideal tool for nondestructive, non-contact, fast detection.
Rapid Raman is an analytical tool that can be used in fast detect incoming material, through manufacturing processes, and finished product testing etc. Rapid identification becomes popular in industries including pharmaceuticals and cosmetics.
One gemologist can identify gemstones with the naked eyes, how a non-expert can identify unknown gemstones? Raman spectroscopy is a nondestructive technique that makes a non-expert can determine synthetic for natural gemstones in few seconds, determine gemstones purities, and study the origin of color, origin-of-place.
Biomedical science becomes a popular application in Raman spectroscopy because cancer worries prevailing worldwide, but Raman spectroscopy is used to a technique of diagnosis various cancer at an early stage and analysis of biopsy tissue.
Global environment problems getting worse play an impact on global business, so that relative departments set up strict compliance, and control contaminants emission on air, water, and soil.
There has been an increasing demand on an analytical tool used to ensure food safety and consumers health. Raman spectroscopy used as a nondestructive tool to identify food additives and contaminants, milk products adulteration, notorious refined gutter oil, pesticide residues etc.