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Novel potentiometric sensors based on carbon and TiO2 nano tubes/ β-cyclodextrin for meclofenoxate hydrochloride micro determination in spiked surface water and urine samples

Abstract
The great expansion of portable analytical devices can be attributed to the development of highly efficient and stable chemical sensors. The first target of this study aims to the construction and sense of carbon paste sensors based on CNTs and TiO2 nanotubes for meclofenoxate HCl micro determination. The role affecting the behaviour of lipophilic anionic additive as well as plasticizer is discuss...
Keywords
Potentiometric titration
Cyclodextrin
Nano-
Hydrochloride
Chromatography
Urine
Carbon fibers
Chemistry
Materials science
Electrode
Composite material
Organic chemistry
Physical chemistry
Composite number
Biochemistry
Sustainable Development Goals (SDG)
Clean water and sanitation



Novel potentiometric sensors based on carbon and TiO2 nano tubes/ β-cyclodextrin for meclofenoxate hydrochloride micro determination in spiked surface water and urine samples

Novel potentiometric sensors based on carbon and TiO2 nano tubes/ β-cyclodextrin for meclofenoxate hydrochloride micro determination in spiked surface water and urine samples

Abstract
The great expansion of portable analytical devices can be attributed to the development of highly efficient and stable chemical sensors. The first target of this study aims to the construction and sense of carbon paste sensors based on CNTs and TiO2 nanotubes for meclofenoxate HCl micro determination. The role affecting the behaviour of lipophilic anionic additive as well as plasticizer is discuss...
Keywords
Potentiometric titration
Cyclodextrin
Nano-
Hydrochloride
Chromatography
Urine
Carbon fibers
Chemistry
Materials science
Electrode
Composite material
Organic chemistry
Physical chemistry
Composite number
Biochemistry
Sustainable Development Goals (SDG)
Clean water and sanitation