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- MIYAZAKI Kohei
- 作成者
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- HWANG Jinkwang
- 作成者
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- SAKUDA Atsushi
- 作成者
メタデータ
- 公開日
- 2022-11-07
- 利用開始日 (公開予定日)
- 2022-11-07
- 最終更新日
- 2023-05-31
- 資源種別
- Dataset
- サイズ
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- 2.64MB
- バージョン
- 3.0
- 権利情報
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- CC BY 4.0
- DOI
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- 10.50892/data.electrochemistry.21353556.v3
- 10.50892/data.electrochemistry.21353556.v2
- 10.50892/data.electrochemistry.21353556.v1
- 10.50892/data.electrochemistry.21353556
- 公開者
- The Electrochemical Society of Japan
- データ作成者 (e-Rad)
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- MATSUMOTO Kazuhiko
- MIYAZAKI Kohei
- HWANG Jinkwang
- YAMAMOTO Takayuki
- SAKUDA Atsushi
説明
<p> This supplementary material is a part of the presentation handout, pages 1–22, for the 51st Electrochemistry Workshop entitled “Fundamentals and New Approaches to Electrochemistry” organized by Kansai Branch of the Electrochemical Society of Japan on November 14–18, 2022 to be distributed at the workshop. / Electrochemistry deals with the interrelationship between electrical and chemical energy. Various potentials appear in electrochemistry and pertain to one another in practical cells. Understanding the electrode potential is an important step in acquiring basic knowledge of electrochemistry and extending it to specific applications. This comprehensive paper outlines the fundamentals and related subjects of electrode potentials, including electrochemical cells and liquid junction potentials. Aqueous solution systems are ideal for connecting the theoretical background of electrode potentials to practical electrochemical measurements. Accordingly, the basic electrode chemistry in aqueous systems is described in this paper, as well as several advanced concepts introduced in recent studies. </p>