RETRACTED: Non-enzymatic electrochemical glucose sensor based on silver/silver oxide nano-rods reinforced with multiwall carbon nanotubes

Study of the morphological, optical, structural and electrical properties of silicon nanowires at varying concentrations of the catalyst precursor

“…One dimensional (1-D) nanostructures viz., nanorods, 1,2 nanowires [3][4][5] and helical structures 6 show interesting morphologies, structures and properties. Thus, they are used for application in sensors, [7][8][9] and biomedical, 10,11 energy storage [12][13][14] and optoelectronic devices. [15][16][17] One such trending material explored in recent years is silicon nanowires (SiNWs).…”

Semiconductor nanomaterials for environmental applications

“…Non-enzymatic electrochemical techniques, based on different nanostructural materials, are highly studied and reported for their efficient detection and sensing of glucose. Other features such as high sensitivity and selectivity, very low detection limits, prompt response, thermal and pH stability, high reproducibility, easy synthesis of nanostructural materials and fabrication of sensors etc., further make these techniques more suitable for electrochemical sensing applications [502][503][504][505]. Semiconducting transition metal oxides have received a significant attention of the researcher as electron mediators for the fabrication of electrochemical sensors.…”