Additive manufacturing (AM), also called three-dimensional (3D) printing, has been
developed to obtain energetic materials within the past decade. 3D printing represents a …

Joining and welding using a nanothermite is a matter of exercising control to introduce the
energy needed to perform the weld at a required rate and duration sufficient to reach the …

Energetic materials have been widely employed in both military and aerospace fields.
Nanothermite has superior energy properties and better combustion performance compared …

The aluminum-fluorine reaction hold great potential in crippling Al pre-combustion sintering
and agglomeration during combustion. Herein, the laser-sensitive Al/PVDF fuel rich films …

A major challenge in formulating and manufacturing energetic materials lies in the balance
between total energy density, energy release rate, and mechanical integrity. In this work …

Energetic materials (EMs) are a group of distinctive materials that release an enormous
amount of amassed chemical energy in a short time when incited by external mechanical or …

Aerogel, being extremely light and porous, is desirable for various applications of energetics
such as a self-destructive microchip component. Additive manufacturing often requires a …

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 …

This study explores the rheological, mechanical, and ballistic properties of printed
ammonium perchlorate composite propellant at 82.5% solids loading with binders curable …

Renewed interest in exploiting the full potential of nanothermites has been observed,
considering that typical nanothermite powders are prone to get agglomerated and react …