Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
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Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Feasibility of measuring ionic diffusion in x-ray heated foils using x-ray radiography on Z.
Abstract not provided.
Knapp, Patrick↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Smith, Trevor↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants
Explore the source record for details and available documents.
Schwarz, Jens↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants
Explore the source record for details and available documents.
Johnston, Mark D.↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants
Explore the source record for details and available documents.
Smith, Trevor Johannes↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants
Explore the source record for details and available documents.
Schwarz, Jens↗
1D Neutral Gas Expansion Model of Mykonos Planar Foil Gap Experiments
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Jordan, Nicholas↗
Aging of Palladium Tritide Foils
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Robinson, David↗
Electron Microscopy of Tritium-Exposed Palladium Foils
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Robinson, David [Sandia National Laboratories (SNL↗
Shock experiments using thin wafer or foil impactors: an impulsive test capability for gas guns
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McCoy, Chad August [Sandia National Laboratories (↗
Carbon foils for space plasma instrumentation
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F. Allegrini↗
A study of cadmium absorption of resonance neutrons in various foil materials space technology project no. 13
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Cochran, R. G.↗
Characteristics and application of foil strain gages at -423 deg f
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Kemp, R. H.↗
Copper foil provides uniform heat sink path
Thermal path prevents voids and discontinuities which make heat sinks in electronic equipment inefficient. The thermal path combines the high thermal conductivity of copper with the resiliency of silicone rubber.
Phillips, I. E., Jr.↗