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What are the most common applications of Raman spectroscopy?

Launch:2019-08-14     browse:1565773581times

1.Drugs and cosmetics

· distribution of compounds in drug tablets;

· uniformity of mixing;

· batch screening inspection;

· API concentration;

· composition and purity of the powder;

· verification of raw materials;

· polymorphic analysis;

· crystallinity analysis;

· identification of pollutants;

· combinatorial chemistry;

· vivisection analysis and skin depth study.


2.Geology and mineralogy

· Gem and mineral identification;

· liquid inclusion;

· distribution of minerals and facies on rock sections;

, phase change;

· reactions of minerals under extreme conditions.


3.Carbon materials

· single-walled carbon nanotubes (SWCNTs);

· carbon nanotube purity;

· electrical properties of carbon nanotubes;

· sp2 and sp3 structures of carbon materials;

· hard drive;

· diamond-like coating (DLC) properties;

· carbon material defect/disorder analysis;

· diamond quality and origin;


4.Semiconductor material

· stress characterization;

· purity;

· metal doping;

· sewage identification;

· superlattice structure;

· defect analysis;

· heterogeneous structure;


5.Doping effect;

· microscopic photoluminescence analysis (PL).


6.Life science

· biocompatibility;

· DNA/RNA analysis;

· drug-cell interactions;

· photodynamic therapy (PDT);

· increased metabolism;

· disease diagnosis;

· single-cell analysis;

· cell classification;

· biomolecular characterization;

· bone structure.