Index Catalog // ScholarsArchive@OSU

Construction and calibration of a fast neutron spectrum generator

Creator:: Dobbin, Kenneth Dwight
Abstract:: A standard fast reactor spectrum can be created by the partial moderation of the U-235 fission spectrum in an air cavity. Spherical natural uranium shells are driven by thermal neutrons from a thermal column. The uranium is placed at the center of a spherical graphite hohlraum to reduce the anisotropic...
Resource Type:: Masters Thesis
Full Text:: (Major Dept.) (Date) Title: CONSTRUCTION AND CALIBRATION OF A FAST NEUTRON SPECTRUM GENERATOR Abstract

Feasibility of neutron radiographing reactor fuel assemblies

Creator:: Oien, C. T. (Charles T.)
Abstract:: Verification of fast reactor safety requires experiments wherein fuel bundles, enclosed in massive steel capsules, are subjected to simulated accident conditions in reactors such as TREAT(16) at ANL Idaho. To date, only small bundles (one to seven pins) have been tested in the experimental series. Determination of the fuel configuration...
Resource Type:: Masters Thesis
Full Text:: NEUTRON RADIOGRAPHING REACTOR FUEL ASSEMBLIES Redacted for Privacy Abstract Approved: Verification of

High speed motion neutron radiography of two-phase flow

Creator:: Wang, Shou-Kong Lancelot
Abstract:: Current research in the area of two-phase flow utilizes a wide variety of sensing devices, but some limitations exist on the information which can be obtained. Neutron radiography is a feasible alternative to "see" the two-phase flow. A system to perform neutron radiographic analysis of dynamic events which occur on...
Resource Type:: Masters Thesis
Full Text:: High speed motion neutron radiography of two-phase flow

Application of high speed motion neutron radiography techniques to liquid streams injected into a pressurized steel chamber

Creator:: Tollefson, Dennis A.
Abstract:: A high speed motion neutron radiography system has been developed at Oregon State University which is capable of taking high speed neutron radiographs of events which occur on the order of one to two milliseconds or more. This system was used previously to demonstrate the application of high speed motion...
Resource Type:: Masters Thesis
Full Text:: Application of high speed motion neutron radiography

Optimum temporal and contrast considerations in extremely high speed motion neutron radiography

Creator:: Greek, Kevin J.
Abstract:: A facility developed using the OSU TRIGA pulsing capability and high speed motion photography has been used successfully for more than a decade to produce dynamic neutron radiographs of solid propellant combustion, two phase flow, and liquid streamflow. The existing imaging components have undergone little modification since the experiment's inception...
Resource Type:: Masters Thesis
Full Text:: High Speed Neutron Radiography AN ABSTRACT OF THE THESIS OF Kevin J. Greek for the degree of Master

Real-time neutron radiography

Creator:: Newell, Daniel L.
Abstract:: A real-time neutron radiography system has been developed at Oregon State University which is capable of producing neutron radiographs of objects and events concurrent with the incident radiation. The purpose of this thesis is to demonstrate the feasibility of the real-time technique as a further application of neutron radiography at...
Resource Type:: Masters Thesis
Full Text:: Real-time neutron radiography AN ABSTRACT OF THE THESIS

Epithermal neutron beam design at the Oregon State University TRIGA Mark II reactor (OSTR) based on Monte Carlo methods

Creator:: Tiyapun, Kanokrat
Resource Type:: Masters Thesis
Full Text:: Master of Science in Radiation Health Physics presented on March 12, 1997. Title: Epithermal Neutron

Design and implementation of a boron neutron capture therapy research facility and dosimetry program

Creator:: Martsolf, Steven W.
Resource Type:: Masters Thesis
Full Text:: Implementation of a Boron Neutron Capture Therapy Research Facility and Dosimetry Program Abstract approved: A

Design and simulation of a self-powered neutron spectrometer

Creator:: Kropp, Edward K.
Abstract:: A self-powered neutron detector (SPND) is a device that, coupled with a current meter, provides a readout proportional to neutron population. This thesis discusses the design parameters of an array of such devices, their characteristics, and the use of these devices as a self-powered neutron spectrometer (SPNS) to provide information...
Resource Type:: Masters Thesis
Full Text:: Design and simulation of a self-powered neutron spectrometer

Neutron and gamma radiography of UO₂ fuel and TRIGA fuel elements

Creator:: Gao, Y. C.
Resource Type:: Masters Thesis
Full Text:: Neutron and Gamma Radiography of UO2 Fuel and TRIGA Fuel

ScholarsArchive@OSU

Construction and calibration of a fast neutron spectrum generator

Feasibility of neutron radiographing reactor fuel assemblies

High speed motion neutron radiography of two-phase flow

Application of high speed motion neutron radiography techniques to liquid streams injected into a pressurized steel chamber

Optimum temporal and contrast considerations in extremely high speed motion neutron radiography

Real-time neutron radiography

Epithermal neutron beam design at the Oregon State University TRIGA Mark II reactor (OSTR) based on Monte Carlo methods

Design and implementation of a boron neutron capture therapy research facility and dosimetry program

Design and simulation of a self-powered neutron spectrometer

Neutron and gamma radiography of UO₂ fuel and TRIGA fuel elements

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