Controllable fabrication of binder-free co-crystal microspheres of CL-20 and TNT using 3D coaxial microfluidics

Puntos clave

• This research aims to address the conflict between energy density and sensitivity in energetic materials through co-crystal engineering.
• Utilized 3D coaxial microfluidics for the fabrication process.
• Focused on creating binder-free co-crystal microspheres of CL-20 and TNT.
• Analyzed the properties of the co-crystal structure and its stability.
• Successfully fabricated binder-free co-crystal microspheres.
• Demonstrated improved energy density while minimizing sensitivity issues.
• Highlighted the potential of co-crystal engineering in energetic materials.