Microstructural and Compositional Design Principles for High-Entropy MXenes (Ti-V-Nb-Mo)₄C₃ and (Ti-V-Cr-Mo)₄C₃—A High-Throughput First-Principles Study

When and Where

May 25, 2022
9:30pm - 9:45pm

NM03-Virtual

Presenter(s)

Zhidong Leong

Hongmei Jin

Zicong Marvin Wong

Babak Anasori

Teck Leong Tan

Co-Author(s)

Zhidong Leong¹,Hongmei Jin¹,Zicong Marvin Wong¹,Babak Anasori²,Teck Leong Tan¹

A*STAR¹,Indiana University–Purdue University Indianapolis²

Keywords

2D materials | high-entropy alloy | microstructure

Symposium Organizers

Babak Anasori, Indiana University-Purdue University

Christina Birkel, Arizona State University

Chong Min Koo, Sungkyunkwan University

Valeria Nicolosi, Trinity College Dublin

Symposium Support

Platinum
Murata Manufacturing Co., Ltd.

Gold
Korea Institute of Science and Technology

Bronze
HORIBA Scientific
MilliporeSigma
Princeton Scientific Corp.

Session Chairs

Tae Hee Han

Chong Min Koo

2022 MRS Spring Meeting

Microstructural and Compositional Design Principles for High-Entropy MXenes (Ti-V-Nb-Mo)4C3 and (Ti-V-Cr-Mo)4C3—A High-Throughput First-Principles Study