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首页> 外文期刊>Journal of Applied Polymer Science >Energy dissipation in natural rubber latex films: The effect of stabilizers, leaching and acetone-treatment
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Energy dissipation in natural rubber latex films: The effect of stabilizers, leaching and acetone-treatment

机译:天然橡胶胶乳膜中的能量耗散:稳定剂,浸出和丙酮治疗的效果

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摘要

Natural rubber (NR) is a versatile material possessing outstanding mechanical properties, which can be used in multiple applications including the rapidly developing dielectric elastomer generators (DEGs). One of the drawbacks of the existing DEGs is their low efficiency, which can be improved by lowering the dielectric and mechanical losses originating from the material. Therefore, the present research was focusing on assessing the ways to minimize the dielectric and mechanical losses of NR films rather than developing a DEG. In this article, the effect of natural proteins and the rubber stabilizers on energy dissipation of NR films was evaluated. Moreover, the effect of sample posttreatment (with water and acetone), curing and time after cure was discussed. As a result, deproteinized NR stabilized by ammonium caseinate outperformed unmodified NR due to reduced dielectric losses, mechanical hysteresis and stress relaxation. Moreover, the posttreatment methods were found to moderately reduce the material-relates losses.
机译:天然橡胶(NR)是一种具有优异机械性能的多用途材料,可用于多种应用,包括快速发展的介电弹性体发生器(DEG)。现有DEG的缺点之一是效率低,可以通过降低材料的介电损耗和机械损耗来提高效率。因此,本研究的重点是评估将NR膜的介电和机械损耗降至最低的方法,而不是开发DEG。在本文中,评估了天然蛋白质和橡胶稳定剂对NR膜能量耗散的影响。此外,还讨论了样品后处理(用水和丙酮)、固化和固化后时间的影响。因此,酪蛋白酸铵稳定的脱蛋白NR由于降低了介电损耗、机械滞后和应力松弛而优于未改性NR。此外,发现后处理方法可适度减少材料损失。

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