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CHARACTERIZATION OF THERMAL PROPERTIES OF POLYESTER MATRIX REINFORCED WITH SISAL FIBERS BY PHOTOACOUSTIC TECHNIQUE

机译:光声技术用剑麻纤维加固聚酯基质热性能的表征

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Synthetic fibers are being replaced periodically by natural materials such as lignocellulosic fibers. Compared to synthetic fibers, natural fibers have shown advantages in many aspects such as environmental and economic. So there is a growing interest in these fibers. Sisal fiber extracted from sisal plant, presents significant properties to be studied, but until now few photoacoustic analysis on sisal fiber reinforced composites were performed. The present work had as its objective to investigate, by photoacoustic spectroscopy and photothermal techniques the properties of diffusivity, specific heat capacity and conductivity of polyester composites reinforced with sisal fibers. The thermal diffusivity and the specific heat variation were obtained with reasonable accuracy, the values are consistent with thermal insulators material.
机译:通过木质纤维素纤维如天然材料,周期性地替换合成纤维。与合成纤维相比,天然纤维在环境和经济等许多方面都显示出优势。因此,对这些纤维产生了日益增长的兴趣。从Sisal植物中提取的Sisal纤维,呈现了待研究的显着性质,但直到现在进行了Xisal纤维增强复合材料的很少的光声分析。本作本作的目的是通过光声光谱和光热技术来研究扩散率,比热容量和用Sisal纤维增强的聚酯复合材料的特性。通过合理的精度获得热扩散性和比热变化,该值与热绝缘体材料一致。

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