摘要
文章对比分析了普通粘胶纤维、再生蛋白粘胶纤维、空调粘胶纤维和麻赛尔纤维的蠕变性能,得出和普通粘胶纤维相比,无论是蛋白的加入还是微胶囊的加入都使得纤维在一定负荷时更容易发生蠕变。采用Boltzmann、Power和Polynomial三种模型对纤维的蠕变性能进行拟合,得出Power模型在拟合蠕变性能时的相关系数最高。
Creep properties were compared with the ordinary viscose fiber,regenerated protein viscose fiber,air conditioning viscose fiber and Jutecell fiber,and it was concluded that compared with ordinary viscose fiber,both proteins and micro capsule added into the viscose made creep occurred more easily.Three models of Boltzmann,Power and Polynomial were used to fit the creep properties of the fibers,and the correlation coefficient of Power model in fitting creep properties was obtained.
出处
《山东纺织科技》
2016年第2期1-3,共3页
Shandong Textile Science & Technology
基金
郑州市2013年度科技发展计划(131PPTGG414-3)
2014年河南省科技发展计划(142102210404)
关键词
再生蛋白粘胶纤维
蠕变
模型
regenerated protein viscose fiber
creep
model
