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Sensitive determination of Paracetamol using Ferrocene Nanoparticles by Chitosan-Functionalized - Modified Carbon Past Electrode .

Abstract
E LECTRO analytical methods are rapid, an accurate and cheap alternative which offer very low detection limits for electroactive molecules Ferrocene have been used in electroanalysis of paracetamol studies, due to its large surface area, high conductivity and electroanalysis characteristics.Chitosan have basket type physical shapes are useful in number of commercial and applied chemicals as electr...
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Keywords
Ferrocene
Chitosan
Electrode
Nanoparticle
Materials science
Carbon Nanoparticles
Surface modification
Carbon fibers
Electrochemistry
Nanotechnology
Chemical engineering
Chemistry
Organic chemistry
Composite material
Physical chemistry
Composite number
Engineering


pdf file

Sensitive determination of Paracetamol using Ferrocene Nanoparticles by Chitosan-Functionalized - Modified Carbon Past Electrode .
pdf file

Sensitive determination of Paracetamol using Ferrocene Nanoparticles by Chitosan-Functionalized - Modified Carbon Past Electrode .

Abstract
E LECTRO analytical methods are rapid, an accurate and cheap alternative which offer very low detection limits for electroactive molecules Ferrocene have been used in electroanalysis of paracetamol studies, due to its large surface area, high conductivity and electroanalysis characteristics.Chitosan have basket type physical shapes are useful in number of commercial and applied chemicals as electr...
View PDF
Keywords
Ferrocene
Chitosan
Electrode
Nanoparticle
Materials science
Carbon Nanoparticles
Surface modification
Carbon fibers
Electrochemistry
Nanotechnology
Chemical engineering
Chemistry
Organic chemistry
Composite material
Physical chemistry
Composite number
Engineering


pdf file