Efficient composite solid propellants possess stable burning rate (BR) and low-pressure
exponents. To achieve the ideal performance of propellants, addition of burning rate …

The Burning rate of a solid propellant predominantly influences its internal ballistic behavior
and it has been well known that incorporation of small quantities of certain classes of …

In this study, three fluoro-containing ferrocene compounds (Fc-Fx) with different fluorine and
Fc contents were prepared and then be coated on the surface of nanoaluminum (nAl) to …

The applications of rockets are of great strategic significance for a country in both space and
military fields, and one of the most essential parts for rockets is an excellent propellant which …

As an oxidant, the pyrolysis behavior of ammonium perchlorate is the key to the combustion
of composite solid propellants. Seeking a suitable catalyst to promote AP decomposition has …

Graphene oxide has attracted attention due to its excellent catalytic properties, and it is
expected to be used in the field of burning rate catalysis. To investigate the synergistic effect …

As a common oxidizer, ammonium perchlorate (AP) is an important component in composite
solid propellants (CSPs). Ferrocene (Fc)‐based compounds are often selected as burning …

For overcoming the migration problems of ferrocene (Fc)-based burning rate catalysts
(BRCs) as well as for enhancing burning rate (BR) of ammonium perchlorate (AP)-based …

Two A2B cobalt triaryl corroles bearing ester (1) or carboxylic acid group (2) at the 10-para-
phenyl group were prepared and used as homogeneous electrocatalysts for hydrogen …

Organic sulfur cathodes which received a great deal of attention have still been limited by
their poor electrical conductivity, poor redox kinetics and low loading in the field of lithium …