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Methanol Induced Changes in Structure and Properties of Dry Spinning Fibers of Regenerated Silk Fibroin

机译:甲醇诱导再生丝素蛋白干纺丝纤维的结构和性能变化

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The as-spun fibers, which be produced by dry spinning technique, were treated with methanol solution. The results showed that the morphology, structure and mechanical properties of the as-spun fibers had changed. Before methanol treatment, the as-spun fiber had a smooth surface, after methanol treatment, the fiber exhibited rough surface and banded features along the fiber axis. The structure of the as-spun fibers changed from random-coil or silk I conformation to silk II conformation and the breaking intensity of the as-spun fibers were improved after methanol treatment. Compared with degummed silk fibers, the fibers treated with methanol had higher module, but the breaking elongation was lower, the fibers were still brittle.
机译:通过干式纺丝技术生产的纺丝纤维用甲醇溶液处理。结果表明,纺丝纤维的形态,结构和机械性能发生了变化。在甲醇处理之前,SS-SPU纤维具有光滑的表面,在甲醇处理后,纤维沿纤维轴表现出粗糙的表面和带状特征。从随机线圈或丝绸的变化的纤维的结构与丝绸II构象的构象改变,并且在甲醇处理后,改善了由于纺丝纤维的断裂强度。与脱胶的丝纤维相比,用甲醇处理的纤维具有更高的模块,但断裂伸长率较低,纤维仍然脆弱。

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