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What are the most common applications of fluorescence spectrum?

Launch:2019-08-14     browse:1565772955times

1.Drugs and cosmetics

· scientific research, routine analysis and quality control;

· biological activity of the configuration;

· cosmetics, health care products, sun protection products;

· dynamic, elastic and structural information of DNA, proteins, nucleic acids and viruses;

· fluorescence immunoassay;

· protein interactions;


2.Polymer

· anisotropy measurement; Study the change of molecular size;

· screening of dazzle luminescent polymers;


3.Display technology

· OLED;

· photoluminescence quantum yield;


4.Semiconductor

· fluorescence spectrum of CdSe nanoparticles;

· band gap, PL;


5.Life science

· bioenergy conversion; Photosynthesis;

· analysis of drugs, hormones, proteins, vitamins and DNA;

· medical endoscopic optical fiber system;

· reveal the complex microenvironment of molecules;

· study the molecular mechanism of proton transmembrane transport;

· photodynamic therapy;

· characterization of photoreceptors, such as riboflavin and carotenoids;



6.Photoluminescence

·PLE;

· quantum yield;

· luminescence spectrum;


7.Nanotechnology

· nanocrystals;

· quantum dots of nanoparticles such as Cd Se Zn S as luminescent probes;

·Semiconductor nanocrystals and nanotubes;

· SWNT classification;;


8.The water environment

· water pollution;

· dissolved organic matter/water quality;


9.Food and beverage

· package gas-sensitive elements;



10..Industrial process

· polymerization/extrusion;

· reactor monitoring;

· solution/reaction mixture;

· high-throughput screening/microporous plate analysis;


11.forensic

· chemical and biological microidentification;




12.Carbon nanotubes

· chiral

· pipe diameter;

· characterization of nanomaterials;

· near infrared luminescence;