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Creeping and Novel Huge Bending of Plasticized PVC

机译:塑化PVC的蠕变和新型巨大弯曲

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We actuated poly(vinyl chloride) (PVC) gel by applying a dc field, and found localized creeping deformation, which induced swift, huge bending like a joint. The bending angle reached ca.150° at maximum at the field of 1000 V mm~(-1) with the velocity of ca. 90° s~(-1). The electric current was very small and in the range of 68 nA cm~(-2). The mechanism of reversible, marked bending was studied using blocking and contact electrodes. The gel consisted of PVC and dioctyl phthalate (DOP), and was free of electrolytes. The concept is simple and applicable to conventional polymer materials. It could serve for developing new classes of soft and durable mechanically functional materials.
机译:我们通过施加直流电场来致动聚氯乙烯(PVC)凝胶,并发现局部蠕变变形,该变形引起快速,巨大的弯曲,如关节。在1000 V mm〜(-1)的磁场中,弯曲角度最大约为150°,速度约为1。 90°s〜(-1)。电流很小,在68 nA cm〜(-2)范围内。使用阻挡电极和接触电极研究了可逆,明显弯曲的机理。该凝胶由PVC和邻苯二甲酸二辛酯(DOP)组成,不含电解质。该概念很简单,适用于常规聚合物材料。它可以用于开发新型的柔软耐用的机械功能材料。

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