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What are the most common applications of Raman spectroscopy?-光譜常見問題-上海花季传媒下载安装光電科技有限公司

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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.


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