Black phosphorus with enhanced stability via palladium induced electronic structure modulation and its application in portable breath acetone sensing

Key Points

• Enhanced stability of black phosphorus through palladium-induced electronic structure modulation supports improved sensing capabilities.
• The study reports significant stabilization, with notable improvement in acetone sensing functionality under varied conditions.
• Analysis of black phosphorus demonstrates promise in portable breath acetone sensors, addressing current limitations in detection.
• Highlighting enhanced stability may enable wider adoption of black phosphorus-based technologies for practical applications in health monitoring.