Nanotechnology has stimulated revolutionary advances in many scientific and industrial
fields, particularly in energetic materials. Powder mixing is the simplest and most traditional …

Fluorine containing oxidizers, primarily polymers, are extensively used in pyrotechnic
compositions. Fluorinated oxidizers are less explored for metalized propellants and …

Combustion is a kind of reacting process involves fluid mechanics and chemical reactions at
the same time. In the past decades, little attention has been paid to the improvement on the …

Aluminum (Al) particles are passivated by an aluminum oxide (Al2O3) shell. Energetic
blends of nanometer-sized Al particles with liquid perfluorocarbon-based oxidizers such as …

Aluminum based energetic nanomaterials attract significant attention for various applications
owing to their ultrahigh energy density. The main obstacle in the application of nano-Al …

Aluminized explosives are widely used in military applications. However, the easy
agglomeration of aluminum (Al) powder and its high ignition temperature greatly hinder the …

One of the challenges in the use of energetic nanoparticles within a polymer matrix is the
difficulty in processing by traditional mixing methods. In this paper, electrospray deposition is …

In this study, to improve the safety in the preparation process of energetic materials, vacuum
freeze-drying technology is applied to develop nanoenergetic thin films in which Al …

The energy performance of solid energetic materials (Al, Mg, etc.) is typically restricted by a
natural passivation layer and the diffusion‐limited kinetics between the oxidizer and the …

Reactive materials of aluminum (Al) and polytetrafluoroethylene (PTFE) are attracting
intense attention, which have been extensively developed owing to their high energy density …