Current Updates in High-Entropy Alloys
A special issue of Applied Sciences (ISSN 2076-3417). This special issue belongs to the section "Materials Science and Engineering".
Deadline for manuscript submissions: closed (20 April 2025) | Viewed by 492
Special Issue Editors
Interests: ab initio electronic structure calculation methods; density functional theory; multiple scattering theory; high entropy alloys; electronic and spin transport calculations; dynamical mean field theory; high performance computing
Interests: condensed matter theory; computational many-body physics; strongly correlated electrons; quantum criticality; disordered systems and localization; metal-Insulator transitions; superconductivity
Interests: materials physics; computer physics
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
High-entropy alloys (HEAs) are alloys with five or more principal metallic elements, resulting in a large entropic contribution to free energy at high temperatures that stabilizes a single phase solid solution over potentially competing intermetallic compounds. Since their introduction in 2004, they have become a highly active area of both experimental and theoretical research due to the desirable functional and mechanical properties that HEAs may possess. More recently, the field of high-entropy materials has broadened to include different groups of nonmetallic elements. For example, “High-entropy oxides” (HEOs), referring to multicationic oxide systems, exhibit intriguing magnetic properties. In some cases, such HEO materials display extraordinary room temperature superior ionic conductivity that promises significant application in solid-state batteries. On the other hand, studying disordered semiconductors from the perspective of HEAs allows us fundamental insight into the structure–property relationships of these semiconductors. These high-entropy semiconductors serve as promising thermoelectric materials with the capability of generating electricity from temperature gradients.
In this Special Issue, we are interested in articles that explore the functional properties of high-entropy materials. Topics of interest will include, but need not be limited to:
- Computational investigations of high-entropy alloys, including high-entropy oxides, semiconductors, and superconductors, employing a variety of techniques such as ab initio methods and machine learning;
- The synthesis and characterization of the functional high-entropy alloys;
- High-entropy alloys in electronics and energy applications.
Dr. Yang Wang
Dr. Hanna Terletska
Prof. Dr. Fuyang Tian
Guest Editors
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Keywords
- high-entropy alloys
- high-entropy oxides
- high-entropy semiconductors
- high-entropy superconductors
- electronic transport
- phonon transport
- thermoelectric materials
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