Andrew Inglis

Title: The Innovative Contributions of Andrew Inglis

Introduction

Andrew Inglis is a notable inventor based in Brighton, MA (US), recognized for his significant contributions to the field of neutron detection. With a total of 2 patents, Inglis has developed advanced technologies that enhance the capabilities of neutron detectors, making them more efficient and effective.

Latest Patents

One of Inglis's latest patents is the Direction Sensitive Neutron Detector. This innovative device includes a pressure vessel and an electrically conductive field cage assembly, which work together to create a large drift region of low field strength. The detector utilizes a pressurized gas mixture of CF, He, and He at respective partial pressures. The field cage directs ionization electrons generated by neutron-He interactions toward a smaller amplification region, where avalanche multiplication occurs, resulting in scintillation of the CF along scintillation tracks. The imaging system generates two-dimensional images of these scintillation patterns, allowing for the identification of tracks and the determination of the rate and direction of incident neutrons. Additionally, one or more photo-multiplier tubes record the time-profile of the scintillation tracks, enabling the determination of the third coordinate.

Another significant patent by Inglis is the Glass-Panel Lithium-6 Neutron Detector. This thermal neutron detector features a planar housing with two glass panels that define a detection chamber. Lithium foils adhered to the inner surfaces of the glass panels emit alpha particles and tritons in response to incident thermal neutrons. An inert detection gas is ionized to generate drift electrons, which are attracted to a planar array of detection wires spaced from the lithium foils. The electronic bias applies a field voltage to establish a drift electric field, facilitating electron multiplication. The detection circuitry interprets the electrical signals generated by the drift of positive ions as the incidence of thermal neutrons on the detector.

Career Highlights

Throughout his career, Andrew Inglis has worked with prestigious institutions such as Boston University and the Massachusetts Institute of Technology. His work has significantly advanced the field of neutron detection, contributing to various applications in research and industry.

Collaborations

Inglis has collaborated with notable individuals in his field, including Steven P. Ahlen and Hidefumi Tomita. These collaborations have further enriched his research and development efforts.

Conclusion

Andrew Inglis's innovative patents and contributions to neutron detection technology highlight his expertise and dedication