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On the relationship between microhardness and crystal perfection of chain-extended polyethylene

机译:扩链聚乙烯的显微硬度与晶体完善性的关系

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The crystal hardness-crystal perfection correlation of polyethylene (PE) samples crystallized at high pressure from the melt (chain extended) has been studied and compared to melt crystallized samples at atmospheric pressure (chain folded). For this purpose the chain extended PE samples were analyzed by WAXS and the paracrystalline lattice distortion parameter values, g(110), were calculated. Results are discussed in the light of structural and thermodynamical predictions.. Analysis of data confirm the close existing correlation, previously found for chain-folded crystals, between the crystal hardness and g(110), including now both the values for chain-folded and chain-extended crystals. [References: 20]
机译:已经研究了在高压下从熔体(扩链)中结晶的聚乙烯(PE)样品的晶体硬度与晶体完美相关性,并将其与在大气压下(链折叠)的熔体结晶样品进行了比较。为此,通过WAXS分析了扩链的PE样品,并计算了准晶格畸变参数值g(110)。根据结构和热力学预测对结果进行了讨论。数据分析证实了链折叠晶体在硬度和g(110)之间的紧密相关性(以前发现的相关性),包括链折叠和扩链晶体。 [参考:20]

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