PVA Hydrogel Electrolyte and Porous Polyisoprene Carbon Nanostructure Composite Based Pressure Sensitive Supereapacitor

机译：PVA水凝胶电解质和多孔聚异戊二烯碳纳米结构复合压力敏感超强型

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Narrow operational voltage window can be considered as one of the greatest limitations for aqueous polymer electrolytes.Using freeze-thaw hydrogel preparation method we have synthesized wider potential window electrolytic polyvinyl alcohol(PVA)/Na2SO4 and PVA/K2SO4 electrolytes.Supercapacitors(SC)have been assembled using novel porous polyisoprene and carbon black composite electrodes.Our SC exhibit pressure sensitive properties therefore this effect is deeper explored here,giving explanation for capacitance increase during pressure application.It is found that up to 2 MPa the capacitance increases due to greater interface between electrode and electrolyte.

机译：窄的操作电压窗口可以被认为是含水聚合物电解质的最大限制之一。使用冻融水凝胶制备方法，我们具有合成较宽的潜在窗电解聚乙烯醇（PVA）/ Na 2 SO 4和PVA / K2SO4电解质。uPercapacitors（Sc）具有使用新型多孔聚异戊二烯和炭黑复合电极组装。因此，SC表现出压敏特性因此，此处探讨了这种效果，在压力应用期间阐述了电容增加的说明。发现最多2MPa由于更大的接口而增加电容增加电极和电解质之间。

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《International Conference Baltic Polymer Symposium》|2019年|216 p.|共6页
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L Lapcinskis; I Oralis; P Lesnicenoks;
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中图分类工程材料学;
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1. SYNTHESIS AND CHARACTERIZATION OF PVA BASED POLY (ACRYLIC ACID – CO – ACRYLAMIDE) SUPER POROUS HYDROGELS COMPOSITES [J] . P. K. Desu, P. V. Rao, V. Kotra International Journal of Pharmaceutical Sciences and Research . 2018,第10期

机译：PVA基聚丙烯酸酯（丙烯酸-CO-丙烯酰胺）超多孔水合物的合成与表征
2. Polyisoprene-nanostructured carbon composite - A soft alternative for pressure sensor application [J] . Zavickis J., Knite M., Podins G., Sensors and Actuators, A. Physical . 2011,第1期

机译：聚异戊二烯纳米结构碳复合材料-压力传感器应用的软替代品
3. Syntheses and Characterizations of Supercapacitors Using Nano-sized ZnO/Nanoporous Carbon Electrodes and PVA-based Polymer-Hydrogel Electrolytes [J] . Memoria Rosi, Ferry Iskandar, Mikrajuddin Abdullah, Materials science forum . 2013,第期

机译：纳米ZnO /纳米孔碳电极和PVA基聚合物水凝胶电解质对超级电容器的合成与表征
4. PVA Hydrogel Electrolyte and Porous Polyisoprene Carbon Nanostructure Composite Based Pressure Sensitive Supereapacitor [C] . L Lapcinskis, I Oralis, P Lesnicenoks International Conference Baltic Polymer Symposium . 2019

机译：PVA水凝胶电解质和多孔聚异戊二烯碳纳米结构复合压力敏感超强型
5. Electro-Sorption of Simple Electrolytes onto Porous Carbon-Based Composite Electrodes from Water [D] . Kao, Yu-Ching. 2020

机译：将简单电解质的电解到水中的多孔碳基复合电极上
6. Linearly Sensitive and Flexible Pressure Sensor Based on Porous Carbon Nanotube/Polydimethylsiloxane Composite Structure [O] . Young Jung, Kyung Kuk Jung, Dong Hwan Kim, 2020

机译：基于多孔碳纳米管/聚二甲基硅氧烷复合结构的线性敏感和柔性压力传感器
7. Mechanical Pressure Induced Capacitance Changes of Polyisoprene/Nanostructured Carbon Black Composite Samples [O] . K Ozols, M Knite 2015

机译：聚异戊二烯/纳米结构炭黑复合样品的机械压力诱导电容变化
8. Optically- and Thermally-Responsive Programmable Materials Based on Carbon Nanotube-Hydrogel Polymer Composites. [R] . A. Jamshidi B. E. Schubert C. L. Pint M. H. Lee X. Zhang 2011

机译：基于碳纳米管 - 水凝胶聚合物复合材料的光学和热响应可编程材料。

PVA Hydrogel Electrolyte and Porous Polyisoprene Carbon Nanostructure Composite Based Pressure Sensitive Supereapacitor

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