The development of high-energy ammonium perchlorate (NH 4 ClO 4, AP)-based energetic
materials is of great significance for promoting their potential applications. In this study, AP …

The paper presents the results of measurement of the burning rate of aluminized composite
solid propellants (CSPs) and parameters of sampled condensed combustion products …

Abstract Aluminum nanoparticles (Al NPs) are commonly employed as fuel supplement to
increase the energy density of propellants. However, due to the highly agglomerated state of …

The combustion response of solid propellants plays a crucial role in determining the
combustion stability of solid rocket motors (SRMs). This study employs multiple advanced …

Highly active catalyst with excellent ability to reduce the high-temperature decomposition
(HTD) temperature and increase the apparent specific heat releases of ammonium …

The ability to generate more apparent specific heat release at lower temperatures is the
future trend of ammonium perchlorate (AP)-based composite solid propellants. To achieve …

High surface area H-titanate nanotubes were synthesized through a hydrothermal route. Iron
oxide (Fe 2 O 3) was deposited on H-titanate nanotubes by atomic layer deposition (ALD) to …

We report a first attempt to investigate the reaction mechanisms of hydroborate iron
compound (HIC), a promising candidate for combustion catalyst, in AP/HTPB/Al composite …

In solid rocket propellants, nano-sized catalysts are expected to be more effective than their
micron-sized counterparts due to their higher surface area and increased contact with the …

Imaging dynamic multiphase combusting events is challenging. Conventional techniques
can image only a single plane of an event, capturing limited details. Here, we report on a …