Data on the thermal stability of energetic materials such as nitrocellulose were required in
order to obtain safety information for handling, storage and usage. In present study, the …

Due to the characteristics of high energy density and a high calorific value, boron has
become a high-energy fuel and shows great potential to be a high-performance candidate …

Spherical boron powders with 2–20 µm sized particles were prepared by ball milling
commercial boron in the presence of emulsion with hexane and acetonitrile serving as the …

The application of boron in fuel-rich solid propellant is limited by its long combustion time,
ignition delay and low combustion efficiency. To overcome these problems, B/Nitrocellulose …

Boron is a very promising and highly attractive fuel because of high calorific value. However,
the practical applications in explosives and propellants of boron have been limited by long …

Boron/potassium nitrate (B/KNO 3, BPN) is a promising intermolecular energetic complex
with a high calorific value. The powder integration and reactivity regulation mechanism of …

In this research, nearly spherical CuO nanopowders (NPs) were synthesized in a high-
energy ball-milling method at room temperature for different milling times (20 and 40 h) at …

In order to solve the problems that boron nanoparticles (B NPs) are easy to agglomerate,
low in combustion efficiency and difficult to ignite, 80 nm B NPs were doped with 50 nm …

Boron (B) is a promising fuel for energetic materials due to its high gravimetric and
volumetric energy density. The enhanced ignition and combustion of B in a thermite with …

In this research, the catalytic effects of nano-Co 3 O 4 with diverse average particle sizes
and specific surface area on thermal decomposition property of ammonium perchlorate (AP) …