Bulk Semiconductor Neutron Detection via Advanced Boron Materials

Current traditional radiation detection (neutron detection) components are limited in utilization and need improvements. The Government aims to explore the use of new materials in radiation detection applications, and is seeking the development of a proof of concept solution for at least one new sensor material. Lynntech has developed a material that can improve the state-of-the art in neutron detection. The critical innovative aspect is the use of Lynntech’s unique material in the development of sensors in this effort. This new material affords high sensitivity to thermal neutrons, facilitating improved detection capabilities. In Phase I, Lynntech will design, develop, and characterize a proof of concept bulk semiconductor neutron detector incorporating our unique semiconductor material, and preliminarily design a prototype integrated detector system. In Phase II, Lynntech will construct and characterize a prototype integrated detector system. With the knowledge gained in this process, a second prototype will be constructed and characterized, iterating upon the detector and algorithm designs. The advanced prototype from Phase II will be demonstrated to the Government in a relevant environment. Lynntech is collaborating with a subject matter expert in radiation sensing and detection at Texas A&M University.