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OSP Final Research Reports
OSP Final Research Reports
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ItemAmerican scientists survey-phase II(Georgia Institute of Technology, 2011-03-15) Walsh, John P. ; Huang, Hsin-I ; No, Yeonji ; Wartell, Roger M. ; Bayer, Charlene W. ; Tornabene, Thomas G.
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ItemExpitaxial growth of Ga-N based LEDs on simple sacrificial substrates(Georgia Institute of Technology, 12/31/2009) Ferguson, Ian T. ; Summers, Christopher J.
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ItemEpitaxial growth of GaN-based LEDs on simple sacrificial substrates(Georgia Institute of Technology, 2009-12-21) Ferguson, Ian T. ; Summers, Christopher J.
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ItemDDDAS-TMRP: Dynamic, simulation-based management of surface transportation systems(Georgia Institute of Technology, 2009-12-21) Fujimoto, Richard M. ; Leonard, John D., ll ; Guensler, Randall L. ; Schwan, Karsten ; Hunter, Michael D.
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ItemA system for wearable audio navigation integrating advanced localization and auditory display(Georgia Institute of Technology, 2009-12-06) Walker, Bruce N. ; Dellaert, Frank
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ItemITR/SY: a distributed programming infrastructure for integrating smart sensors(Georgia Institute of Technology, 2009-11-30) Ramachandran, Umakishore ; DeWeerth, Stephen P. ; Mackenzie, Kenneth M. ; Starner, Thad ; Hutto, Phil ; Wolenetz, Matt ; Rehg, James M.
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ItemCollaborative research: ITR: global multi-scale kinetic simulations of the earth's magnetosphere using parallel discrete event simulation(Georgia Institute of Technology, 2009-11-30) Fujimoto, Richard M. ; Pande, Santosh ; Perumalla, Kalyan S. ; Omelchenko, Yuri ; Driscoll, Jonathan
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ItemDirect causticizing for black liquor gasification in a circulating fluidized bed(Georgia Institute of Technology, 2009-11-29) Sinquefield, Scott, Alan ; Zeng, Xiaoyan ; Ball, Alan
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ItemCareer: fundamental lower bound and tradeoff problems in networking(Georgia Institute of Technology, 2009-10-31) Xu, Jun
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ItemLarge area thermal and fast neutron detector based on Bragg-peak detection(Georgia Institute of Technology, 2009-10) Hertel, Nolan E. ; Klein, BenjaminThere is an ongoing effort to produce a near term replacement for 3He tubes. These thermal neutron detectors were a staple of neutron detection due to their large size, high efficiency and neutron‐gamma discrimination capabilities. The researchers at PNNL have envisioned a system which utilizes lithium fluoride (LiF) grains surrounded by scintillator materials as a possible replacement for 3He tubes. In support of the DOE/NA‐22 Scintillator Bead project, Georgia Tech has collaborated with PNNL to show feasibility of using micron‐sized scintillation coatings with micron‐sized 6LiF beads for the detection of thermal neutrons in optical fiber geometries. Georgia Tech’s efforts have included optical modeling of the fibers, neutron detector modeling, and the investigation of various coating techniques. Georgia Tech has also investigated the potential testing of lithium fluoride grains and coatings should they come available.