Visual quantitation of silver contamination in fresh water via accumulative length of microparticles in capillary-driven microfluidic devices

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Pharmacology, Toxicology and Pharmaceutical Science

100
Fresh Water Pharmacology, Toxicology ...
100
Microparticle Pharmacology, Toxicology ...
54
Styrofoam Pharmacology, Toxicology ...
9
Heavy Metal Pharmacology, Toxicology ...
9
Deoxyribozyme Pharmacology, Toxicology ...
9
Disinfectant Agent Pharmacology, Toxicology ...
9
Metal Ion Pharmacology, Toxicology ...

Material Science

100
Silver Material Science
100
Microparticle Material Science
54
Polystyrene Material Science
18
Silver Ion Material Science
9
Heavy Metal Material Science

Engineering

100
Fresh Water Engineering
100
Microparticles Engineering
100
Microfluidic Device Engineering
18
Silver Ion Engineering
9
Heavy Metal Engineering
9
Human Health Engineering
9
Recovery Rate Engineering
9
Naked Eye Engineering
9
World Health Organi... Engineering
9
Magnetic Separator Engineering
9
Narrow Nozzle Engineering
9
Excess Amount Engineering

Medicine and Dentistry

100
Capillary Medicine and Dentistry
100
Fresh Water Medicine and Dentistry
100
Microparticle Medicine and Dentistry
54
Polystyrene Medicine and Dentistry
9
Metal Ion Medicine and Dentistry
9
Public Health Medicine and Dentistry
9
Disinfectant Agent Medicine and Dentistry
9
Heavy Metal Medicine and Dentistry
9
Deoxyribozyme Medicine and Dentistry
9
Bacteriostatic Agen... Medicine and Dentistry
9
Biological Activity Medicine and Dentistry

Chemical Engineering

100
Polystyrene Chemical Engineering
16
Heavy Metal Chemical Engineering
16
Water Hardness Chemical Engineering
Research OutputsResearch Output authored by Visual quantitation of silver contamination in fresh water via accumulative length of microparticles in capillary-driven microfluidic devices is tagged with the concept