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The SLIP process vapor deposits ultrathin polymer films onto high throughput substrates to fabricate composite membranes.
Various twinning and slip process are identified, with basal slip and tensile {10¯12}⟨10¯11⟩ twinning being dominant.
The approach involves nano-engineered membrane fabrication using an LLNL-developed solvent-less vapor deposition followed by in-situ polymerization (SLIP) process.
A focus is made on the concept that the fracture mechanisms in these alloys are governed by the slip process taking place within the crack tip region.
It was also found that the slip process is sensitive to the stress normal to the slip plane, similarly to the slip processes observed in linear polyethylene crystals.
Computer simulations of a dislocation slip process through circular or linear obstacles, that are extensions of earlier work by Forman et al., were conducted.
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The results support the existence of intralamellar slip processes from the very beginning of tensile deformation.
A principal issue in High Cycle Fatigue (HCF) of polycrystalline metals is the degree of heterogeneity of cyclic slip processes.
The dislocations subsequently form low-energy, stable structures as a means to accommodate the irreversible slip processes and increasing dislocation density during cyclic forward and reverse loading.
For HCF conditions, the cyclic plastic slip processes are highly heterogeneously distributed among grains and the surface crack density is sparse [1].
These observations provide a key for gaining a detailed understanding of slip processes in the presence of pore fluids.
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