首页> 外国专利> CURRENT METHOD BASED MICRO-ION SELECTIVE ELECTRODE MANUFACTURING METHOD CAPABLE OF REDUCING A RESISTANCE VOLTAGE DROP, A CURRENT METHOD BASED MICRO-ION SELECTIVE ELECTRODE, AND AN ELECTROCHEMICAL ION CONCENTRATION MEASUREMENT METHOD USING THE SAME

CURRENT METHOD BASED MICRO-ION SELECTIVE ELECTRODE MANUFACTURING METHOD CAPABLE OF REDUCING A RESISTANCE VOLTAGE DROP, A CURRENT METHOD BASED MICRO-ION SELECTIVE ELECTRODE, AND AN ELECTROCHEMICAL ION CONCENTRATION MEASUREMENT METHOD USING THE SAME

机译:基于电流方法的可降低电阻电压降的微离子选择电极制造方法,基于电流方法的微离子选择电极以及使用相同方法的电化学离子浓度测量方法

摘要

PURPOSE: A current method based micro-ion selective electrode manufacturing method, a current method based micro-ion selective electrode, and an electrochemical ion concentration measurement method using the same are provided to increase profitability and convenience by forming a hole with an injection needle in a manufacturing process, thereby easily measuring ion concentration by measuring current in a steady-state.;CONSTITUTION: A current method based micro-ion selective electrode manufacturing method is comprised of the following procedures. An elliptic hole is formed on a transparent synthetic resin film(10) with a thickness of 5 to 20m using an injection needle in order to manufacture an ion selective film An organic gel(20) is manufactured by mixing a polyvinyl chloride solution, an ion sensing material, and an organic solvent. The organic gel of 5 to 15l is applied on one surface of the ion selective film and solidified for 4 to 8 hours at room temperature.;COPYRIGHT KIPO 2012
机译:目的:提供基于电流方法的微离子选择电极的制造方法,基于电流方法的微离子选择电极和使用其的电化学离子浓度测量方法,以通过在注射针上形成孔来增加获利性和便利性。组成:一种基于电流方法的微离子选择电极制造方法,包括以下步骤。使用注射针在厚度为5至20m的透明合成树脂膜(10)上形成一个椭圆孔,以制造离子选择膜。通过混合聚氯乙烯溶液,离子和有机溶剂来制造有机凝胶(20)。感应材料和有机溶剂。将5至15升的有机凝胶涂在离子选择膜的一个表面上,并在室温下固化4至8个小时。; COPYRIGHT KIPO 2012

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