Electrochemistry for Materials Science: In Memory of Ken Nobe and Morton Schwartz

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53

authors

12

articles

Editors

5

Nosang Vincent Myung

University of Notre Dame

Hanyang University

Vanderbilt University

Syed Mubeen Jawahar Hussaini

The University of Iowa

Gachon University

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This research topic is dedicated to the pioneering research accomplishments of Dr. Ken Nobe and Mr. Morton Schwartz, who recently passed away. They were world-renowned electrochemical engineer and electroplater known for their research on electrochemical processes including kinetics and mechanisms of electrodissolution, electrodeposition, corrosion, electrochemical energy systems, and bioelectrochemistry.

This collection will highlight the latest developments in electrochemical engineering research, to honor their contribution to the field and highlight recent advances from the community.

Contributions will focus on advancements in concepts, materials, and designs of electrochemical systems including:
1. Electrodeposition of functional materials (e.g., magnetic materials and semiconductors);
2. Localized corrosion phenomena;
3. Electrocatalysis;
4. Next generation biological fuel cells;
5. Oscillatory behavior of electrochemical systems;
6. Electro-organic electrochemical and bioelectrochemical processes;
7. Energy storage technologies.

This research topic is dedicated to the pioneering research accomplishments of Dr. Ken Nobe and Mr. Morton Schwartz, who recently passed away. They were world-renowned electrochemical engineer and electroplater known for their research on electrochemical processes including kinetics and mechanisms of electrodissolution, electrodeposition, corrosion, electrochemical energy systems, and bioelectrochemistry.

This collection will highlight the latest developments in electrochemical engineering research, to honor their contribution to the field and highlight recent advances from the community.

Contributions will focus on advancements in concepts, materials, and designs of electrochemical systems including:
1. Electrodeposition of functional materials (e.g., magnetic materials and semiconductors);
2. Localized corrosion phenomena;
3. Electrocatalysis;
4. Next generation biological fuel cells;
5. Oscillatory behavior of electrochemical systems;
6. Electro-organic electrochemical and bioelectrochemical processes;
7. Energy storage technologies.

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Editors

Nosang Vincent Myung

University of Notre Dame

Hanyang University

Vanderbilt University

Syed Mubeen Jawahar Hussaini

The University of Iowa

Gachon University

Impact

46,795 Total views

35,046 Article views

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Frontiers in Chemistry

Electrochemistry, Nanoscience

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Frontiers in Energy Research

Electrochemical Energy Storage

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Frontiers in Materials

Energy Materials, Semiconducting Materials and Devices

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Frontiers in Electronic Materials

Semiconducting Materials and Devices

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