RHENIUM BASED SENSORS

In this literature review, the work of electrochemical sensors based on rhenium was considered. The research work of the rhenium-based sensors was compared with each other and a table was compiled.The ways of synthesis of rhenium-based working electrodes for the manufacture of electrochemical and biological sensors are determined. It was found that the methods of thermal, microwave-thermal oxidation, ultrasound, magnetron sputtering, and bi-exponential decomposition were widely used for the synthesis of rhenium-based sensors. The main parameters of the rhenium-based sensors were compared with respect to the selected analyte: detection limit, linear range, response time, sensitivity, etc. As a result of the reviewed scientific papers, it was assumed that the reason for choosing rhenium as an important element in rhenium-based sensors was high sensitivity, high melting point (above 3000 ^oC), fast response and low losses. It was found that rhenium-based sensors were used to detect aromatic organic compounds, histamine, DNA, oxygen, ions, carcinoembryonic antigen, solar yolk, heat flux, and tumor biomarker. This paper provides a summary of the current aspects of research work on rhenium-based electrochemical sensors.

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