Ultra-Sensitive Mercury Sensor Based on Thin Film Transistor using Flavin Self-Assembly on Monochiral Carbon Nanotubes

Key Points

• To develop an ultra-sensitive mercury sensor using a thin film transistor integrated with carbon nanotubes.
• Utilized monochiral single-walled carbon nanotubes in sensor design
• Implemented a self-assembly technique for molecular integration
• Conducted electronic and sensitivity testing for mercury detection
• Achieved a significant enhancement in mercury detection sensitivity
• Demonstrated effective integration of molecular design with electronic components
• Showed potential for real-time monitoring of mercury levels