To maintain lethal overmatch, the next generation of weapons require energetic materials with orders of magnitude enhancement in performance. The NERC will lead research focused on developing such disruptive energetic and propulsive materials to provide continued lethal overmatch across the full range of weapons for both direct and indirect fires. Investigators are seeking to understand high-energy density energy storage and release on desired timescales, methods to balance various parameters in energetic formulations, and prediction of formulation compatibility.
- Multiscale modeling of energetic molecules
- Energetic molecule synthesis
- Energetic formulation
- Characterization of energetic performance from micro to large scale
- Next generation weapons development
- Access to ARL’s expertise in modeling of energetics modeling, synthesis, formulation, and characterization.
- Development of environmentally friendly energetic molecules, synthesis methods, and formulations
- Energetic molecules that meet insensitive muniton (IM) requirements.
- Development of next generation weapons to utilize new energetic formulations.
- Established transition path of next generation energetics and weapons through scale-up, dem/val, and use for military applications.
- Energetics synthesis and formulation laboratories, including resonance acoustic mixing technology.
- Energetics analysis laboratory, including GC, FTIR, HPLC, DSC, and TGA.
- Energetics ignition laboratory, laser shock ignition.
- Precision measurement tools and diagnostic instrumentation capable of capturing and analyzing ballistic events at high spatial/temporal resolution.
- High-pressure synthesis and scale-up of disruptive and propulsive materials.
- Access to specialized facilities across the Army, the Navy, academia and industry.
Point of Contact
Branch Chief, Energetic Technology Branch
Open to national and defense labs, universities, and industry
Concept of Operation
The NERC will establish an overarching cooperative research and development agreement that defines the extent of collaboration conducted under the center and defines the disposition of Intellectual Property and the sharing of research outcomes and laboratory resources.