Reactive nanolaminates are a high-energy-density configuration for energetics that have
been widely studied for their tunable energy release rates. In this study, we characterized …

Nano-reactive multilayer films consisting of alternating layers of the nano-aluminum and
nano-metal oxide is a new type of nano thermite. These multilayer films can be stimulated by …

Initiating explosive devices are the primary energy and driving force of a weapon system,
which can be excited by some form of external energy (mechanical, thermal or electrical) to …

The control of energy storage and release in micro energy devices is important and
challengeable for utilization of energy. In this work, three kinds of micro energy storage …

One of the difficulties in understanding how powder composites of reactive fuel/oxidizer
systems behave is the lack of control of the mixing length. In this study, we have prepared …

In this study, we demonstrate the effect of change of the sputtering power and the deposition
pressure on the ignition and the combustion properties of Al/CuO reactive thin films. A …

The effect of the interface layer on energy release in nanoenergetic composite films is
important and challenging for the utilization of energy. Nano Al/CuO composite films with …

For the past two decades, many research groups have investigated new methods for
reducing the size and cost of safe and arm-fire systems, while also improving their safety …

Abstract Three types of Al/MoO 3 energetic semiconductor bridge (ESCB) initiators were
prepared by integrating Al/MoO 3 reactive multilayer films (RMFs) of different stoichiometric …

Abstract Four types of Al/MoO 3 micro energetic semiconductor bridge (MESCB) initiators
were prepared by integrating 3 µm Al/MoO 3 reactive multilayer films (RMFs) on micro …