The continuous advancement of energetic materials is critical for modern defence, aerospace propulsion, space exploration, and high-performance pyrotechnic applications. Among these, nanothermites—thermite compositions containing at least one nanoscale component—exhibit superior energy density, rapid reaction kinetics, and high combustion temperatures, making them highly attractive for next-generation energetic systems. Their unique properties, including high linear burning rates, tunable reaction heats, and the ability to form hybrid energetic compositions, enable their use in diverse applications such as propellant formulations, micro- thrusters, and reactive materials. However, their widespread adoption faces several challenges. Issues such as the formation of condensed combustion products, which contribute to two-phase flow losses in propulsion systems, and their heightened sensitivity to electrostatic discharge (ESD) pose significant safety risks. Additionally, storage stability and scalability remain major concerns. This study explores the opportunities presented by nanothermites, critically examines their limitations, and discusses key safety considerations. Finally, future research directions are outlined to address existing challenges and enhance the applicability of nanothermites in both civilian and military domains.
Anamikaa et al. (Thu,) studied this question.