Quantum Statistical Mechanics of Vortices in High Temperature Superconductors¶
Blatter, & Ivlev. (1994). Quantum Statistical Mechanics of Vortices in High Temperature Superconductors.
Cited by¶
1 citation across 1 artifact.
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Domain-specific¶
- Dislocation
- Metallurgy and structural materials — the home turf: the entire strengthening toolkit (solid-solution, precipitation/Orowan, Hall-Petch grain refinement, work hardening) reads as one idea — obstruct dislocation motion — and strength/ductility follow from the density-and-pinning state. Deformation processing — cold work, annealing, recovery, and recrystallization are engineered manipulations of dislocation density and arrangement to hit a target strength-formability combination. Type-II superconductors — quantized flux vortices are line defects whose motion dissipates current; flux pinning by added obstacles is the near-verbatim analog of precipitation hardening, raising critical current as pinning raises yield stress
This sourceBlatter and Ivlev's review of the quantum statistical mechanics and dynamics of the vortex system in high-temperature superconductors, with a companion chapter on achieving high critical current.
Supported in partVerified against the work's full text
“The Quest for High Critical Current in Applied High-Temperature Superconductors”
- Metallurgy and structural materials — the home turf: the entire strengthening toolkit (solid-solution, precipitation/Orowan, Hall-Petch grain refinement, work hardening) reads as one idea — obstruct dislocation motion — and strength/ductility follow from the density-and-pinning state. Deformation processing — cold work, annealing, recovery, and recrystallization are engineered manipulations of dislocation density and arrangement to hit a target strength-formability combination. Type-II superconductors — quantized flux vortices are line defects whose motion dissipates current; flux pinning by added obstacles is the near-verbatim analog of precipitation hardening, raising critical current as pinning raises yield stress
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