Boundary element simulations demonstrate that droplet lens shape on elastic sheets depends on thickness and applied tension, with elongation and folds under uniaxial stretch.
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SPLEEM imaging shows magnetic domains on Fe3O4(110) reconfigure from <111> easy axes at room temperature to in-plane [100] and [001] directions below the Verwey transition, with no out-of-plane component detected.
citing papers explorer
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Droplets sitting on thin elastic sheets: A study with the boundary element method
Boundary element simulations demonstrate that droplet lens shape on elastic sheets depends on thickness and applied tension, with elongation and folds under uniaxial stretch.
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Magnetic domains reconfiguration on the Fe3O4(110) surface across the Verwey transition by Spin-Polarized Low-Energy Electron Microscopy
SPLEEM imaging shows magnetic domains on Fe3O4(110) reconfigure from <111> easy axes at room temperature to in-plane [100] and [001] directions below the Verwey transition, with no out-of-plane component detected.