As a novel energetic material, aluminum hydride (AlH 3) has attracted much attention
because of its high hydrogen storage capacity and rapid dehydrogenation at low …

Aluminum is widely used in solid rocket propellants to improve the energy performance of
the propellant. However, during propellant combustion, aluminum particles may …

New micro-unit composite fuels Al@ AP with different mass ratios of Al and AP are designed,
prepared, and added to solid propellants in place of the original aluminum powder. Through …

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 …

Burning rate modulation is a critical but challenging technology for solid propellants' design.
Great efforts have been made to synthesize and utilize catalysts to modify the pressure …

Conventional solid propellants suffer from undesirable combustion performance due to the
poor mass and heat transfer between metal fuels and oxidizers, as well as a lack of catalytic …

Tailoring the combustion performance of propellant plays an important role in solid
propellant design. Herein, we present that interfacial reaction (thermite reaction on Al …

Atomically precise o-carboranealkynyl-protected clusters [Ag14 (C4B10H11) 12 (CH3CN)
2]· 2NO3 (CBA-Ag) and [Cu6Ag8 (C4B10H11) 12Cl] NO3 (CBA-CuAg) have been found to …

The combustion efficiency of Al plays a critical role in the combustion of high-energy
aluminum-based solid propellants. For traditional formulations, the Al powders are …

The incomplete combustion of aluminum in solid propellants leads to a low-level energy
release. As a promising strategy, fuel/oxidizer interfacial control is proved to be effective for …