壳聚糖-银纳米粒子复合膜在KCl和NaCl一价盐溶液中的导电性和溶胀性

Ni Wayan Eri Sandriani, N. N. Rupiasih, M. Sumadiyasa
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引用次数: 1

摘要

对测定复合膜的电导率和吸水能力(溶胀)进行了研究。所使用的膜是由壳聚糖基质、100µg银纳米粒子(AgNP)作为填料和1%乙酸作为溶剂制成的膜,命名为壳聚糖复合膜(Ch-AgNP)。使用2%的壳聚糖膜(膜Ch)作为比较。在浓度为0.025M的NaCl和KCl的单价盐溶液中,通过测量作为电流(I)函数的膜电压(V)来确定膜电导值。使用蒸馏水进行溶胀试验。结果表明,Ch膜的电导率大于Ch-AgNP复合膜的电导率。在KCl溶液中,电导率为0.0991-1和0.0984-1,在NaCl溶液中为0.1002-1和0.0996-1.NaCl溶液中的膜电导大于KCl溶液中的电导率。溶胀试验表明,Ch-AgNP复合膜的溶胀率大于Ch膜
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Conductance and Swelling of Composite Membrane ‘Chitosan-Silver Nanoparticles’ in Monovalent Salt Solution ‘KCl and NaCl’
A research about to determine the conductance and water absorption capacity (swelling) of the composite membrane has been conducted. The membrane used was a membrane made of chitosan matrix, silver nanoparticle(AgNP) of 100 µg as a filler and acetic acid 1% as a solvent, which named chitosan composite membrane (Ch-AgNP). A 2% chitosan membrane (membrane Ch) used as a comparison. The membrane conductance value determined by measuring the membrane voltage (V) as a function of current (I) in monovalent salt solutions of NaCl and KCl with a concentration of 0.025 M. The swelling tests have been carried out using distilled water. The results showed that Ch membrane conductance was greater than the Ch-AgNP composite membrane. In KCl solution, the conductance is 0.0991 ?-1 and 0.0984 ?-1 and in NaCl solution are 0.1002 ?-1 and 0.0996 ?-1. The membrane conductance is greater in NaCl solution than in KCl solution. The swelling test showed that the swelling percentage of Ch-AgNP composite membrane was greater than Ch membrane
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