The effects of different types of nano-sized metal particles, such as aluminum (nAl),
zirconium (nZr), titanium (nTi), and nickel (nNi), on the properties of a variety of solid rocket …

The low thermal conductivity coefficient (λ) of polyimide (PI) films are limiting their
application in high-power electronic equipment, and the disordered alignment of fillers …

Carbon material is an important additive in energetic materials. Graphene is a monolayer
carbon material in which carbon atoms are arranged in two-dimensional honeycomb …

Aluminum (Al) is a widely used metal fuel for energetic applications ranging from space
propulsion and exploration, and materials processing, to power generation for nano-and …

Aluminum powder is widely used in the field of propellants and explosives due to its high
energy density. However, the dense oxide film on its surface will hinder the combustion of …

Solid energetic nanocomposites, consisting of reactive metal particles and oxidizers, find
broad applications ranging from pyrotechnics to solid rocket propellants and solid ramjet …

Boron (B) shows great potential applications in the military and aerospace industry due to its
high calorific value. However, the reactivity is limited by the inert oxide layer (B 2 O 3) that …

High-speed air-breathing propulsion systems, such as solid fuel ramjets (SFRJ), are
important for space exploration and national security. The development of SFRJ requires …

Aluminum (Al) is an excellent metal fuel for combustion applications because of its high
energy density and low cost. Nano-sized Al (nAl) particles have relatively low ignition …

The performance of Al as nanoenergetic material in solid fuel propulsion or additive in liquid
fuels is limited by the presence of the native oxide layer at the surface, which represents a …