Nanoporous and Nanocomposite Materials by Dealloying
A special issue of Metals (ISSN 2075-4701).
Deadline for manuscript submissions: closed (30 April 2021) | Viewed by 8625
Special Issue Editors
Interests: liquid metal dealloying; additive manufacturing; surface functionalization; nanoporous materials; metal-polymer composites; biomedical materials; high-entropy alloys; metallic glasses; metal matrix composites; bicontinuous materials; permanent magnets; titanium alloys; mechanical behavior and deformation mechanism
Interests: liquid metal dealloying; nanoporous structure; high-entropy alloy; 3D interconnected composite; mechanical behavior and deformation mechanism
Special Issue Information
Nanoporous materials synthesized by dealloying continue to gain enormous research interest due to their outstanding physical properties covering the broad application spectrum, including energy storage, catalysis, sensing, actuation, etc., to list a few. This becomes possible due to several factors, particularly the improved analytical capabilities as well as development of novel synthesis methods, such as liquid metal dealloying and vapor dealloying. The improved analytical capabilities play a crucial role because nanoporous materials are a three-dimensional structure of randomly interpenetrating ligaments/nanopores with typical sizes from a few nm to several tenth of microns. Novel dealloying methods broaden the spectrum of nanoporous materials toward more reactive, such as magnesium, and more compositionally complex materials, such as high-entropy alloys.
This Special Issue focuses on recent advances in nanoporous materials from theoretical insights to experimental aspects covering design, synthesis, processing, and application. We welcome contributions from experimentalists, theorists, and computational scientists in this research field.
Assoc. Prof. Dr.-Ing. Ilya OkulovAssist. Prof. Dr. Soo-Hyun Joo
Guest Editors
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Keywords
- Dealloying
- Liquid metal dealloying
- Vapor dealloying
- Nanoporous materials
- Composite materials
- Biomedical materials
- Compositionally complex materials
- Magnets
- Energy storage materials
- Catalysts
- Battery
- Mechanical behavior
- Additive manufacturing
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