Electric field-induced suppression of orbital-resolved electronic thermal conductivity in monolayer honeycomb borophene oxide (h-B2O)

Key Points

• To explore how electric fields influence the electronic thermal conductivity of monolayer honeycomb borophene oxide.
• Designed experiments to assess thermal conductivity under varying electric field conditions.
• Analyzed electronic transport properties in monolayer borophene oxide.
• Utilized advanced material characterization techniques.
• Electric field application significantly reduced the orbital-resolved electronic thermal conductivity.
• Findings highlight a scalable approach for optimizing thermal management in electronic devices.