ORNL develops LIBS tools to deliver rapid, dependable analysis of solids, liquids, gases, and mixed-phase materials, integrating fundamental research with innovation for complex and hazardous environment measurements.
Challenge
Scientists need accurate, real-time elemental analysis in complex and hazardous environments where traditional instruments struggle. ORNL develops LIBS approaches that deliver fast, reliable measurements of solids, liquids, gases, and mixed-phase samples while overcoming matrix effects, signal variability, and environmental challenges. Emerging missions also demand higher throughput, sensitivity, and improved isotopic capability.
Approach
- Develop novel LIBS approaches for rapid, reliable analysis of solids, liquids, gases, and mixed-phase samples.
- Engineer systems that operate in complex or hazardous environments with minimal user intervention.
- Mitigate matrix effects and signal variability through improved modeling, calibration, and data processing.
- Push performance in throughput, sensitivity, stability, and isotopic capability to meet emerging mission needs.
Impact
- Provides fast, dependable chemical measurements in places too difficult or dangerous for traditional tools
- Improves real-time decision-making for complex processes through fast, robust elemental measurements
- Expands analytical capability to mixed-phase and challenging samples with enhanced accuracy and stability
- Advances where and how people make chemical measurements, opening new possibilities for science and industry
