SBIR/STTR Award attributes
Advanced neutron imaging with superior temporal discrimination and spatial localization of radiation signatures is needed to counter nuclear threats and mission spaces encountered by the NNSA. Next generation associatedparticle imaging API with emphasis on highspeed, human portability and multi modal interrogation capability, including transmission radiography and induced emission fission, elastic scatter, inelastic gamma imaging, is required. The problem is being addressed by: 1 increasing the output of a neutron generator while simultaneously improving its spot size for sharper imaging, and 2 coupling with highspeed electronics and detection elements in an endmounted target API configuration for enduser application flexibility. Phase I & II demonstrated spot size, output and pathway for API integration—leveraging recent DARPA investment through the Intense Compact Neutron Source program. Phase IIA will integrate API detectors onto an nGen®400 humanportable sealed generator for field testing with National Laboratory collaboration for technology readiness assessment and comparative testing. The overall approach takes advantage of Starfire’s grounded target for maximum imaging utilization. Beyond national security needs, the technology has immediate application for soil carbon monitoring for permanence and durability, commercial cargo manifest screening for packages, parcels and unit load air cargo inspection, as well as customs and border patrol applications for illicit drugs, explosives and contraband materials. Industrial clients could also benefit from another imaging radiography modality for nondestructive test and evaluation.
