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Title: Innovations of Steven C Bourret
Introduction
Steven C Bourret is an accomplished inventor based in Los Alamos, NM (US). He has made significant contributions to the field of neutron detection and measurement, holding a total of 3 patents. His work focuses on enhancing the sensitivity and precision of measuring radioactive materials.
Latest Patents
One of Bourret's latest patents is titled "Cosmic ray neutron background reduction using localized coincidence veto neutron counting." This invention addresses the challenge of measuring radioactive material in waste by reducing interference from cosmic ray-generated neutrons. The apparatus includes multiple neutron detectors that generate pulses in response to neutron detection. It also features a counting mechanism that selectively counts pulses while vetoing additional counts for a specified time period, enhancing measurement accuracy.
Another notable patent is "Advanced electronics for faster time-correlation analysis of pulse sequences." This invention improves the precision of neutron coincidence counting and multiplicity counting. The method involves sampling real and accidental coincident pulses at a high clock rate, significantly faster than the incoming pulse rate. The apparatus includes various components such as shift registers, up-down counters, and accumulators, all designed to enhance counting precision.
Career Highlights
Throughout his career, Steven C Bourret has worked with the University of California, contributing to advancements in nuclear science and technology. His innovative approaches have led to significant improvements in neutron detection methodologies.
Collaborations
Bourret has collaborated with notable individuals in his field, including Merlyn S Krick and James Edward Stewart. Their combined expertise has furthered the development of advanced detection technologies.
Conclusion
Steven C Bourret's contributions to neutron detection and measurement exemplify the impact of innovation in scientific research. His patents reflect a commitment to enhancing the accuracy and efficiency of radioactive material measurement.