6. Conclusion

In this issue, we explore the use of energetic materials for microsystem applications, analyzing both their energetic properties and their suitability for microsystem integration.

The nanostructuring of energetic materials is a young but very dynamic field of research. Empirical observations clearly show that certain properties of energetic materials, such as initiation temperature and burning rate, are greatly influenced by the dimensional characteristics of the constituents, their arrangement and contact intimacy. The development of nanosciences and nanotechnologies offers researchers powerful tools for developing "à la carte" energetic materials with controlled performance, compatible with microsystem integration.

In the years to come, meeting the expectations of multiple applications will involve, first and foremost, making progress...