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Conversely, the potential difference between the coating and the steel substrate is reduced after austenitization.
Due to the hybrid effect of laser beam and induction heating, temperature difference between the coating and the substrate decreased, and t8 5 increased.
Enlarge the modulus difference between the coating layer and substrate will improve the damping and stiffness of the coating system simultaneously.
The deviation between the theoretical predicted and experimental values on the dynamic modulus and damping capacity will be ameliorated while the stiffness difference between the coating layer and substrate increasing.
That means the micro-nano coating has more superior electrochemical corrosion resistance due to smaller potential difference between the coating and the substrate in comparison with the conventional one.
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The difference between the coats studied in the work reported in this MS by electron cryotomography (cryoET) with subtomogram averaging and those studied previously by single-particle reconstruction is the mode of preparation.
The images show the PVDF bi-component fibre bundles framed by the much larger (in fibre diameter) PE monofilaments; the initial SEM in this figure did not reveal any distinct differences between the coatings, coating A is difficult to detect as it is more of a blurry feature on the fibres and coating B is mainly detected closer to the warp intersections where it seems to have accumulated.
There was no significant difference between the different coating and producing methods.
Furthermore, a residual stress evolution model for the LIHC was established, and it reveals that temperature difference between the composite coating and the substrate is the main inducement that leads to residual stress, and dwell time of the coating in the temperature range of 800 °C to 500 °C (t8 5) is an important factor that affects residual stress releasing.
Due to the high cooling heat flux in the combustion chamber wall, a large temperature difference between the hot coating and the cold substrate leads to in-plane stresses as a result of different thermal expansion.
On the other hand, in 60% RH, after several days of corrosion the potential difference between the zinc coating and the steel surface was very high (more than 500 mV) and hence the galvanic protection was limited to interface region.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com