ELECTROCHEMICAL MEASUREMENT METHOD OF CATALYST REACTION PRODUCT AND TRANSDUCER

To allow high-sensitivity measurements to be performed inexpensively and compactly.SOLUTION: In an electrochemical measurement method of the catalyst reaction product for electrochemically measuring the catalyst reaction product produced by a catalyst reaction proceeding in a first liquid 20 and dis...

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Main Authors HAYASHI YASUYUKI, SUENAGA TOMOKAZU, KUNIKATA RYOTA, SUDA ATSUSHI, INO KOSUKE
Format Patent
LanguageEnglish
Japanese
Published 26.11.2020
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Summary:To allow high-sensitivity measurements to be performed inexpensively and compactly.SOLUTION: In an electrochemical measurement method of the catalyst reaction product for electrochemically measuring the catalyst reaction product produced by a catalyst reaction proceeding in a first liquid 20 and dissolved in the first liquid 20, the liquid tank 10 contains the first liquid 20 and a second liquid 30 that is in contact with the first liquid 20 by forming a liquid-liquid interface with the first liquid 20 and in which the catalyst reaction product does not dissolve, a working pole 40 is arranged in the first liquid 20, a counter electrode 50 and a reference pole 60 are arranged in the second liquid 30, and the current flowing through the working electrode 40 as the catalyst reaction product undergoes an oxidation or reduction reaction at the working electrode 40 is measured.SELECTED DRAWING: Figure 1 【課題】高感度の測定を安価かつコンパクトに実施できるようにする。【解決手段】第1の液体20内で進行する触媒反応によって生成されて第1の液体20に溶解している触媒反応生成物を電気化学的に測定する触媒反応生成物の電気化学的測定方法において、液槽10に、第1の液体20と、第1の液体20と液液界面を形成して接し、触媒反応生成物が溶解しない第2の液体30とを収容し、第1の液体20内に作用極40を配置し、第2の液体30内に対極50及び参照極60を配置し、触媒反応生成物が作用極40において酸化又は還元反応をすることで作用極40に流れる電流を測定する。【選択図】図1
Bibliography:Application Number: JP20190094379