Anomalous electromagnetic microwave absorption of superconducting alloys in a static magnetic field.
Microwave surface absorption in static magnetic field affects surface resistance of superconducting alloys
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Microwave surface absorption in static magnetic field affects surface resistance of superconducting alloys
Superconducting gyroscope for gimballed platform application
Temperature and frequency effects on amplitude- independent longitudinal ultrasonic attenuation in superconducting lead
Longitudinal ultrasound attenuation in polycrystalline superconducting mercury at 9.3 GHz, studying temperature dependence
Zero magnetic field in superconducting lead shell using Meissner effect
Voltage-biased superconducting point contact Josephson radiation line width investigation for thermal noise contributions useful for low temperature thermometer
Omega phase precipitation and superconducting crital transport currents in Ti-Nb wire samples
Dual-coil, superconducting, on-off switch measures small, thermoelectrically generated voltages produced by thermocouples in a liquid helium bath. Placed in a shunt configuration between the thermocouple and the measuring device, the measuring device sees the sum of the voltage to be measured and the spurious thermoelectric voltages.
Superconducting cable for a cryogenic electromagnet with improved mechanical and thermal properties consists of a rectangular cross-sectioned combination of superconductor and normal conductor. The conductor cable has superconductors embedded in a metallic coating with high electrical and mechanical conductivity at liquid helium temperatures.
Sensor consisting of superconductive film mounted on a dipstick measures the level of liquid helium in a Dewar flask. The sensor is made by depositing a thin film of niobium metal to a thickness of 2000 angstroms on a quartz substrate, which is then mounted on a graduated dipstick.
Attainment of zero magnetic field in superconducting lead shell
Absolute photon flux measurement using thin film superconducting bolometer
Cryo-electron microscope with high field superconducting lenses
Contribution of thermal noise to line width of Josephson radiation from superconducting point contacts
Optimum superconducting thin film tunneling devices applied to extremely high frequencies
Superconduction thin films, and properties and applications of Josephson effect at radio frequencies
Proposed high altitude cosmic ray experiments using superconducting magnet
Ultrasonic attenuation measurements on single tantalum crystals at superconducting state