Additive manufacturing (AM), also called three-dimensional (3D) printing, has been
developed to obtain energetic materials within the past decade. 3D printing represents a …

Metal (aluminum and boron) based energetic materials have been wildly applied in various
fields including aerospace, explosives and micro-devices due to their high energy density …

Burning rate modulation is a crucial but challenging technology for designing solid
propellants. The core–shell structured Al@ AP and Al@ AP/CuO were prepared and their …

Micro-propulsion underwater technology has been an extensively concerned topic in
advanced marine energy systems because of its wide prospects in high-precision …

The low energy release efficiency seriously hinders the application of Boron (B) powder as
metal fuel in solid propellants. To overcome this issue, a series of B-based spherical …

In this study, to solve the boron oxide (B 2 O 3) formed on the boron (B) surface, which
reduces the reactivity and energy release. The energetic composite films with mutual …

Inspired by the crucial role of the carbon materials in tuning the reactivity of energetic
materials, in this paper, nitrated graphene oxide (NGO) was endowed as an additive, and its …

Abstract Aluminum/Polytetrafluoroethylene (Al/PTFE) composites have attracted a great deal
of attention due to their remarkable energy density and wide range of applications …

Due to the dense oxide film on the surface of aluminum powder, the combustion efficiency of
aluminum powder is reduced and the ignition temperature is increased. The addition of …

Uniform coating of organofluorides on aluminum powder surfaces has always been a
challenging problem. Herein, the polyvinylidene fluoride (PVDF) is uniformly bonded to the …