Search Results - "O'Dell, J.S."

JSC-1A lunar soil simulant: Characterization, glass formation, and selected glass properties by Ray, C.S., Reis, S.T., Sen, S., O'Dell, J.S.

“…The chemical composition of a volcanic ash deposited near Flagstaff, Arizona, USA closely resembles that of the soil from the Maria geological terrain of the…”
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The development of a multifunctional composite material for use in human space exploration beyond low-earth orbit by Sen, S., Schofield, E., O’Dell, J. S., Deka, L., Pillay, S.

“…Long-duration human exploration beyond the low Earth orbit (LEO) mandates development of materials to minimize crew and equipment exposure to the…”
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Helium Jet-Cooled Tungsten Divertor Concept by O'Dell, J.S., Raffray, A.R.

“…Helium cooled refractory metal heat sinks are being considered for the divertor sections for several fusion energy reactor concepts. Recent EU results have…”
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Engineered Surfaces for the Lithium Tokamak Experiment (LTX) by O'Dell, J.S., Majeski, R., Timberlake, J.

“…Reactor studies have identified liquid lithium walls as a promising solution to magnetic fusion energy (MFE) first wall problems. The difficulty of translating…”
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High heat flux tests of mockups with W rod armor by Nygren, R.E., Youchison, D.L., McDonald, J.M., Lutz, T.J., O'Dell, J.S., Ezato, K., Sato, K.

“…Water-cooled 32×400 mm divertor target mockups with W-rod armor and dual cooling channels, tested in Sandia's large electron beam facility (EB1200) and…”
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Production of high fidelity lunar agglutinate simulant by Sen, S., Butts, D., Ray, C.S., Thompson, G.B., Morris, R.A., O’Dell, J.S.

“…As space faring nations consider manned and unmanned missions to the Moon, there is a growing need to develop high fidelity lunar regolith simulants that can…”
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Preparation of the liquid lithium divertor plates for NSTX by Nygren, R.E., McKee, G.R., Fordham, J.A., Lewis, S.A., Kugel, H., Ellis, R.A., Viola, M.E., O’Dell, J.S.

“…Each of the four toroidal panels of the liquid lithium divertor being installed in NSTX for operation in the 2010 campaign is a conical section inclined at 22°…”
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Plasma Alloying and Spheroidization Process and Development by O'Dell, J S, Schofield, E C, McKechnie, T N, Fulmer, A

“…Elemental and blended refractory metal powders were processed using a plasma alloying and spheroidization (PAS) process. The powders were characterized to…”
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Advances in tungsten-armored plasma facing components by Youchison, D.L., Nygren, R.E., O'Dell, J.S., McDonald, J.M., Lutz, T.J.

“…High-Z armor is appropriate for use on plasma facing components (pfcs) subjected to very high heat loads and low plasma edge temperatures. During the past…”
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