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Impacts of Thermal Cycling on Hydrophobicity and Ice Adhesion on Ice-phobic Coatings for Energy Related Application

机译:热循环对能量相关应用冰冰涂层疏水性和冰粘附的影响

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The initial results indicate that the water-based fluo-ro polymer coating has potential for success as stable high temperature application of ice phobic coatings. However impact of heat ageing on surface properties like roughness factor, surface energy changes, chemical degradation need to be considered for future work, since there is signification color change observed on coating which might affect the later mentioned properties.
机译:初始结果表明水基氟-CO聚合物涂层具有成功的潜力,作为冰布涂层的稳定高温施加。然而,热老化对表面性质的影响,如粗糙因子,表面能变化,化学降解需要考虑未来的工作,因为在涂层上观察到涂层有符号颜色变化,这可能会影响后续提到的特性。

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