材料科学
水分
复合材料
蜂巢
蜂窝结构
吸收(声学)
扩散
热力学
物理
摘要
In order to explore the influence of hydrophilic / hydrophobic finishing on moisture-transfer and dry-fast property of cotton fabric with double-layer structure,five kinds of cotton fabrics with different structures were designed and finished by the hydrophilic / hydrophobic method. The influence of hydrophilic / hydrophobic finishing on moisture-transfer and dry-fast property of cotton fabric was explored. The results showed that the weave structure of double-layerd cotton fabrics has significant influence on moisture absorption,diffusion,and dissipation. The moisture absorption performance of honeycomb-satin structure is the optimal in moist environment,the diffusion moisture performance of mesh-honeycomb structure is good,and mesh-honeycomb structure has significant moisture dissipation property. In sweating environment,honeycomb-satin structure had the best moisture absorption and diffusion moisture performance while honeycomb-crepe had most outstanding dissipation property.
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