日本ゴム協会誌
Print ISSN : 0029-022X
技術論文
工業用高密度ポリエチレンのMeissner法により得た零せん断粘度とクリープコンプライアンスの線形性,分子量,分子量分布依存性
髙取 永一
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ジャーナル フリー

2022 年 95 巻 9 号 p. 266-273

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Zero shear viscosity η0 and steady state compliance J e 0 are significant rheological parameters. Shear creep measurement could bring us these parameters. Meissner et al. reported their excellent procedure using the principle of Boltzmann’s superposition and the Ninomiya’s protocol. In this article the author revisited this procedure using industrial high density polyethylene. It was concluded that the Meissner’s procedure could give us stress independent (linear) values of the η0 and the J e 0 more properly than the traditional. The proposed η0 was correlated with M w 4.5 (M z/M w). And theJ e 0 had a reasonable relationship with MWD (molecular weight distribution), J e 0 ∝(M z/M w)5 (M n : the number averaged molecular weight, M w : the weight averaged molecular weight and the M z : the z-averaged molecular weight).

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