With the global supply of He-3 in short supply and an increased need for neutron detectors, Cd-based detectors provide an attractive alternative. I have done research on various possible designs using Monte Carlo methods to optimize detectors for efficient neutron capture.By examining Cd-based detectors with the highest neutron capture rate will be better able to distinguish neutrons and gamma rays in order decrease the possibility of false neutron detection
Due to the eminent shortage of 3He, there exists a significant need to develop a new (or optimize an...
Because polyethylene-moderated {sup 3}He counters are rugged and reliable, they are generally the in...
International audienceThe development of portable and personal neutron dosimeters requires compact a...
We have modeled, built, and tested a neutron detector composed of three neutron detecting ma-terials...
International audienceGain in efficiency and miniaturization is an issue for portable neutron detect...
We have improved on our original design for a cadmium capture-gated neutron detector by designing a ...
The characterization of a newly developed capture-gated neutron spectrometer is presented. Such spec...
The field of neutron detection is a burgeoning area of research, spurred not only by advances in sem...
This thesis has been reviewed by the research advisor, research coordinator, and department chair an...
This research introduces the design of the optimized Pulsed Neutron Facility (PNF), which consists o...
AbstractA prototype of detector for neutron fluxes, induced by electron and proton showers, registra...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Abstract- 3 He proportional counters have long been used as neutron detectors for both passive and a...
Detection of illicit trafficking of nuclear material relies on the detection of the radiation emitte...
Following a literature survey into neutron detection methods, a conceptual design for a novel dose m...
Due to the eminent shortage of 3He, there exists a significant need to develop a new (or optimize an...
Because polyethylene-moderated {sup 3}He counters are rugged and reliable, they are generally the in...
International audienceThe development of portable and personal neutron dosimeters requires compact a...
We have modeled, built, and tested a neutron detector composed of three neutron detecting ma-terials...
International audienceGain in efficiency and miniaturization is an issue for portable neutron detect...
We have improved on our original design for a cadmium capture-gated neutron detector by designing a ...
The characterization of a newly developed capture-gated neutron spectrometer is presented. Such spec...
The field of neutron detection is a burgeoning area of research, spurred not only by advances in sem...
This thesis has been reviewed by the research advisor, research coordinator, and department chair an...
This research introduces the design of the optimized Pulsed Neutron Facility (PNF), which consists o...
AbstractA prototype of detector for neutron fluxes, induced by electron and proton showers, registra...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Abstract- 3 He proportional counters have long been used as neutron detectors for both passive and a...
Detection of illicit trafficking of nuclear material relies on the detection of the radiation emitte...
Following a literature survey into neutron detection methods, a conceptual design for a novel dose m...
Due to the eminent shortage of 3He, there exists a significant need to develop a new (or optimize an...
Because polyethylene-moderated {sup 3}He counters are rugged and reliable, they are generally the in...
International audienceThe development of portable and personal neutron dosimeters requires compact a...