Index Catalog // ScholarsArchive@OSU

Modeling transient thermalhydraulic behavior of a thermionic fuel element for nuclear space reactors

Creator:: Al-Kheliewi, Abdullah S.
Abstract:: A transient code (TFETC) for calculating the temperature distribution throughout the radial and axial positions of a thermionic fuel element (TFE) has been successfully developed. It accommodates the variations of temperatures, thermal power, electrical power, voltage, and current density throughout the TFE as a function of time as well as...
Resource Type:: Dissertation
Full Text:: Doctor of Philosophy Completed September 20, 1993 Commencement June, 1994 APPROVED: Andrew

Fabric composite radiation heat transfer study

Creator:: Gulshan, Zubaida A.
Abstract:: A Fabric Composite Radiation Heat Transfer Study has been conducted to determine the effective emissivities of specific fabric composite materials. The weave of the fabric and the high strength capability of the individual fiber in combination with the thermal conductivity and chemical stability of specific metallic liner, result in a...
Resource Type:: Masters Thesis
Full Text:: Abstract Approved: Andrew C. Klein A Fabric Composite Radiation Heat Transfer Study has been conducted

Computer modeling and analysis of single and multicell thermionic fuel elements

Creator:: Dickinson, Jeffrey Wade
Resource Type:: Masters Thesis
Full Text:: Modeling and Analysis of Single and Multicell Thermionic Fuel Elements Abstract Approved: Andrew C. Klein

Two-dimensional temperature model for target materials bombarded by ion beams

Creator:: Bostick, Kent C.
Abstract:: The ion implantation process is a very precise, controllable, and reproducible method used to enhance material properties of finished components such as ball bearings. Essentially, the target material is bombarded by accelerated ions to form a thin alloyed layer in the substrate. As the ions deposit their kinetic energy in...
Resource Type:: Masters Thesis
Full Text:: for Target Materials Bombarded by Ion Beams. Abstract approved: Redacted for Privacy Andrew C

Monte Carlo burnup analysis code development and application to an incore thermionic space nuclear power system

Creator:: Abdul-hamid, Shahab A.
Abstract:: Lattice bum-up calculations in thermal reactors are complicated by the necessity for use of transport theory to represent fuel rods, control rods, and burnable absorbers, by many time-dependent variables which must be considered in the analysis, and by geometric complexity which introduces time-dependent, spatial-spectral variations. Representation of lattice structure in...
Resource Type:: Masters Thesis
Full Text:: Nuclear Power System. Abstract Approved: Andrew C. Klein Lattice bum-up calculations in thermal reactors

Radiation dosimetry of radioimmunotherapy antibodies conjugated with ⁹⁰Y

Creator:: Al-Hussan, Khalid A.I. Eleissa
Resource Type:: Dissertation
Full Text:: Radioimmunotherapy Antibodies Conjugated with 90Y Abstract approved: Andrew Klein The ultimate objective of

Preliminary design and analysis of a rotating bubble membrane radiator for space-based nuclear power systems

Creator:: Webb, Brent Jonathan
Abstract:: The development of a novel high temperature space radiator is described. A Rotating Bubble Membrane Radiator (RBMR) combines the best features of heat pipes and droplet radiators while avoiding their negative attributes. The RBMR offers light weight, self deployment, ease of startup and its performance is less affected by acceleration....
Resource Type:: Masters Thesis
Full Text:: Dr. B. M. Johnson, Dr. Z. I. Antoniak, Dr. J. M. Prater, and Mr. C. W. Stewart, Pacific Northwest

Experimental simulations of a rotating bubble membrane radiator for space nuclear power systems

Creator:: Al-Baroudi, Homan Mohammed-Zahid
Abstract:: A rotating, flat plate condensation experiment has been developed to investigate the heat of the Rotating Bubble Membrane Radiator (RBMR). The RBMR is a proposed heat rejection system for space applications which uses working fluid condensation on the inside surface of a rotating sphere to reject heat to space. The...
Resource Type:: Dissertation
Full Text:: Approved: Andrew C.' Klein A rotating, flat plate condensation experiment has been developed to

Design and testing of fabric composite heat pipes for space nuclear power applications

Creator:: Kiestler, William C.
Abstract:: Conventional stainless steel - water and ceramic fabric composite water heat pipes have been built and tested. The tests have been conducted to compare the performance characteristics between conventional and fabric composite heat pipe radiators for space nuclear power heat rejection systems. The fabric composite concept combines a strong ceramic...
Resource Type:: Masters Thesis
Full Text:: approved: Andrew mein Conventional stainless steel - water and ceramic fabric composite water heat pipes

Nuclear investigations of the eletrolysis of D₂O using palladium cathodes and platinum anodes

Creator:: Zahm, Lance Leon
Resource Type:: Masters Thesis
Full Text:: come to pass. My sincere appreciation goes out to Dr. Andrew C. Klein, Dr. Alan Robinson, Dr. Jose

ScholarsArchive@OSU

Modeling transient thermalhydraulic behavior of a thermionic fuel element for nuclear space reactors

Fabric composite radiation heat transfer study

Computer modeling and analysis of single and multicell thermionic fuel elements

Two-dimensional temperature model for target materials bombarded by ion beams

Monte Carlo burnup analysis code development and application to an incore thermionic space nuclear power system

Radiation dosimetry of radioimmunotherapy antibodies conjugated with ⁹⁰Y

Preliminary design and analysis of a rotating bubble membrane radiator for space-based nuclear power systems

Experimental simulations of a rotating bubble membrane radiator for space nuclear power systems

Design and testing of fabric composite heat pipes for space nuclear power applications

Nuclear investigations of the eletrolysis of D₂O using palladium cathodes and platinum anodes

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