NiCo2O4 NANO MATERIALS FOR ELECTROCHEMICAL SENSING OF GALLIC ACID

Abstract

Aim

The aim of this study was using NiCo2O4 nano,arterial for electrochemical sensing of Gallic acid

Introduction

3,4,5-trihydroxybenzoic acid commonly called as garlic acid is a polyphenolic compound which is commonly found in plants and plant parts. This chemical is known for various medicinal properties like ant inflammation, antioxidant and anti cancer activities which makes its an essential compound for analysis in various fields including medicine. In addition to its antioxidant effect it. Has also demonstrated neuroprotective properties in scientific studies…

Nanostructure material have demonstrated exceptional potential for enhancing performance as electrochemical sensing due to their property of high surface area, tunale morphology as well as high electron transferring properties. Among various nano parties NiCo2O4has gained considerable attention in recent times because of its potential application in electrochemical sensing. High electro sensing potential of this compound can be attributed to high surface area, promoting efficient mass and electron transfer which is a very advantageous feature for faster response.

Materials and method

For this research various chemicals were commercially obtained. The chemicals were then mixed in specific proportions to obtain NiCoO4. This compound was then coated on the electrode and then sent for various electrochemical tests. This electrode was then used for electrochemical sensing of Gallic acid

Results

Our compound NiCoO4 was successful in Gallic acid detection even at low concentration concluding that our material NiCo2O4 nanoparticles was successful in detection of Gallic acid and can be used in further research fir Gallic acid detection

Conclusion

By the end of the research we were able to conclude that our nano particles of NiCo2O4 were successful in detection of Gallic acid as well as its quantification and can be used in further research