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Characterisation of Dicyclopentadiene filled microcapsules for Self healing Composite materials

机译:单环戊二烯填充微胶囊的表征自愈合复合材料

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Self healing composite materials possess healing agent which fills up the crack when ruptured and heals the crack by becoming a tough polymer when stimulated by a catalyst. Dicyclopentadiene(DCPD) in its monomer form is microencapsulated in the shell of Urea Formaldehyde(UF) under different agitation rates to acquire microcapsules of different diameters. The distribution of particle size, surface morphology and the presence of various chemical constituents in the microcapsules were analysed using optical microscopy, SEM and EDAX respectively. An agitation rate of 300 rpm, yielded capsules of diameters ranging from 800μm to 1700μm and at 900rpm the diameters were less than 300μm. Spherical shaped free flowing microcapsules were obtained through insitu polymerisation of dicyclopentadiene in Urea Formaldehyde.
机译:自愈合复合材料具有愈合剂,当催化剂刺激时,通过变得坚韧的聚合物破裂并愈合裂纹时填充裂纹。 在尿素甲醛(UF)的壳中,在不同的搅拌速率下,其单体形式的二环戊二烯(DCPD)在不同的搅拌速率下进行微胶囊以获得不同直径的微胶囊。 使用光学显微镜,SEM和Edax分析微胶囊中粒径,表面形态和各种化学成分的存在的分布。 搅拌速率为300rpm,产生的直径胶囊,范围为800μm至1700μm,直径为500μm。 通过脲甲醛的二环戊二烯的Insitu聚合获得球形自由流动的微胶囊。

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