Preparation and performance of energetic thermoplastic elastomers based on poly(glycidyl azide)

摘要

A general procedure by the polymerization of liquid GAP pre-polymer to the energetic thermoplastic elastomers with good mechanical properties has been developed. The unique molecular structural design of GAP-based ETPEs for futuristic binders enables great performance enhancements, exhibiting excellent strain with certain stress. Such ETPEs are expected to be a highly promising candidate for application in high-performance propellant/explosive formulation.