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首页> 外文期刊>Journal of the Chinese Society of Mechanical Engineers, Series C: Transactions of the Chinese Society of Mechanical Engineers >Micromechanical and Interface Property of Cuticles Surface
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Micromechanical and Interface Property of Cuticles Surface

机译：角质层表面的微力学和界面性质

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摘要

Atomic force microscopy, friction force microscopy, and Fourier-transform infrared spectroscopy (FUR) were used for evaluating the damage and surface characteristics of Asian hair keratin and functional groups after acid treatment. The destruction and surface roughness of the acid-damaged human hair were evaluated. The calculated friction mapping was used to compare the damaged surface topography with the corresponding surface structure. The results indicated that the damage to the hair surface exhibited differences based on the acidity of different pH treatment processes. Different pH treatment time resulted in different extents of hair cuticle damage. The results revealed high peaks associated with the enhanced -CH2 intensity (approximately 2831 cm(-1), 2931 cm(-1)) regions. Using FUR, it was possible to observe wave number changes in the surface topography and interfacial structure after hair damage.
机译：原子力显微镜，摩擦力显微镜和傅里叶变换红外光谱（FUR）用于评估酸处理后亚洲人头发角蛋白和官能团的损伤和表面特性。评价了酸损伤的人发的破坏和表面粗糙度。计算出的摩擦图用于将损坏的表面形貌与相应的表面结构进行比较。结果表明，基于不同pH处理过程的酸度，对头发表面的损伤表现出差异。不同的pH处理时间会导致不同程度的头发表皮损伤。结果显示与-CH2强度增强相关的高峰（大约2831 cm（-1），2931 cm（-1））区域。使用FUR，可以观察到头发受损后表面形貌和界面结构中的波数变化。

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