Much attention has been directed toward the development of modified double base (MDB)
propellant as it can offer high specific impulse as well as wide range of burning rate. One of …

Double base propellant suffers from lack of chemical stability; this could result in self ignition
during storing. Modified double base (MDB) propellant based on stoichiometric binary …

This work aims to investigate the characteristics of a modified double-base propellant based
on hydrazine 3-nitro-1, 2, 4-triazol-5-one and ammonium nitrate (HNTO/AN), nitrocellulose …

Non-Destructive Material Characterization Methods provides readers with a trove of
theoretical and practical insight into how to implement different non-destructive testing …

Modified DB propellants, based on energetic nitramine (RDX) were manufactured by
solventless extrusion process. Thermal stability and shelf life assessment of modified DB …

The burning rate-pressure relation of solid propellant is an exponential relation; this is
means catastrophic combustion process in case of sudden increase in operating pressure …

In order to study the combustion characteristics and reaction mechanism of luminescent
pyrotechnics under sub-atmospheric pressure conditions, low-pressure combustion tests …

Aluminum metal fuel, with combustion heat of 32,000 J/g, is of interest as high energy
density material. Aluminum is able to react not only with free oxygen but also with inert …

Double-base (DB) propellant is vulnerable to auto-catalytic decomposition reactions during
storing with the evolution of nitrogen oxides. Modified DB propellant based on energetic …

Colored flame compositions have distinctive variety of applications ranging from military
signaling, rocket tracking, and illuminating devices. Certain elements and compounds when …