Heat magnetization.
Heat magnetization in simple model applied to thulium intermetallic compounds
THULIUM↗
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Results for “FERROMAGNETISM”
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.
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Fluidmagnetic buoyancy.
Fluidmagnetic buoyancy effects in ferrohydrodynamic /FHD/ flows and implications of Ernshaw levitation theorem
FLUID MECHANICS↗
Some viscous flows of a saturated ferrofluid under the combined influence of thermal and magnetic field gradients.
Temperature and magnetic field gradient effects on magnetothermomechanical interaction of viscous incompressible ferrofluid with cold wall
VISCOUS FLOW↗
Fe super 1 super plus and Fe super 2 super plus hyperfine fields in MgO and CaO.
Magnetic field induced hyperfine structure in mono- and divalent iron ions in magnesium and calcium oxide, showing evidence of paramagnetic resonance
PARAMAGNETIC RESONANCE↗
Analysis of Barkhausen noise to assess shrink fit stresses
The possible application of Barkhausen Noise Analysis to assess shrink fit stresses in steel bushings was investigated. Ten specimens of four different size NAS steel bushings were used in experiments to determine the relationship between the Barkhausen signal amplitude and the hoop-stress in the bushings. This relationship was investigated for specimens which were loaded by a simple clamping fixture and specimens subjected to actual thermal interference fits. The results show that while the relationship of Barkhausen signal amplitude to hoop stress is predictable for specimens loaded by the simple clamping fixture, the relationship was less predictable for actual thermal fit bushings. The variation in results could possibly be due to variable levels of axial stress produced by the differential thermal expansion of the steel and aluminum.
Nondestructive testing↗
Tunneling Study of Dynamic Pair-breaking by Spin-polarized Quasipartical Injection in High-T(sub c) Superconducting Thin Films
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High temperature superconductors ferromagnets spin↗