A Theoretical Calculation Guided Strategy for Designing Energetic Composite Materials with Enhanced Thermal Conductivity by Adjusting Interfacial Interactions

Key Points

• This research aims to develop a strategy to improve thermal conductivity in energetic composite materials by focusing on interfacial interactions.
• Proposed a theoretical calculation-guided design approach for energetic composite materials.
• Focused on adjusting interfacial interactions to enhance thermal conductivity.
• Demonstrated that optimizing interfacial interactions significantly improves thermal performance.
• Provided theoretical insights into material design for better heat dissipation.