Engineering topics
Publications and source records attributed to Mathes, K. N..
Experimental investigations were conducted to determine dielectric properties of promising materials for cryogenic capacitors to be used in energy storage and pulse applications. The three classes of materials investigated were inorganic bonded ferroelectric materials, anodic coatings on metal foils, and polar low temperature liquids.
Electrical and mechanical properties data on dielectrics to estimate parameters of cryogenic capacitors
Electric breakdown, dielectric constant and dissipation factors of cryogenic liquid nitrogen, hydrogen and helium
Dielectric measurements at cryogenic temperatures, noting dielectric losses and leads reaching cryostat bottom
Performance characteristics environmentally determined for spacecraft, thin wall wiring
Performance characteristics environmentally determined for spacecraft, thin wall wiring - summary and conclusions
Test methods and facilities used in evaluating performance characteristics of thin wall spacecraft electric wiring under simulated spacecraft environments
Insulation resistance of spacecraft wiring against abrasion, radiation effects, oxygen environment, and extrusion lubricants
Dielectric loss and connector problems at cryogenic temperature
Cryogenic temperature effects on electrical and mechanical properties of polymeric materials
Low temperature dielectric coatings for electric conductors
Cryogenic temperature effects on electrical and mechanical properties of polymeric materials
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