Research Infrastructure Across Scales
Complementary systems connect fundamental materials science with controlled process development and industrially relevant demonstration.
Researchers can investigate field-dependent behavior under well-characterized laboratory conditions, develop predictive models, and evaluate processing concepts using an induction-coupled magnetic-field system.
Core Facilities
Complementary capabilities support research from controlled high-field experiments through industrial-scale process evaluation.
High-Field B×T Research
Controlled high-field experiments enable researchers to isolate magnetic-field effects and generate data for understanding phase transformations, diffusion, microstructure evolution, and material behavior at fields up to 9 T.
2 T Induction-Coupled Processing
A configurable system for studying how applied magnetic fields interact with induction heating, thermal history, atmosphere, and material response at an industrially relevant scale.
9 T
High-Field Capability
Controlled laboratory experiments
2 T
Induction Processing
Industrial-scale system
2
Complementary Systems
Discovery through demonstration
Discuss a Facility-Enabled Project
We welcome conversations with DOE programs, national laboratories, industry, and academic researchers about experiments, modeling, and scale-up opportunities.