Profili

Wanpeng Li

Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Science

Email verificata su binn.cas.cn

Citato da 1703

Ultrafast TEM Mg alloy Multi-principal element alloys TEM characterization

Pulkit Garg

Postdoctoral Scholar, University of California Santa Barbara

Email verificata su ucsb.edu

Citato da 992

Multi-Principal Element Alloys Nanocrystalline Materials Computational Materials Science

Soumya Mandal, PhD

Oklahoma State University

Email verificata su okstate.edu

Citato da 971

Multi Principal Element Alloys Nanosecond Pulsed Laser Electron Microscopy

Huibin Ke

Beijing Institute of Technology

Email verificata su bit.edu.cn

Citato da 660

Multi-principal element alloys oxidation materials modeling thermodynamics and kinetics phase transformation

Kaushal Kishore

Principal Researcher, Research & Development, Tata Steel Limited, Jamshedpur

Email verificata su tatasteel.com

Citato da 543

Additive Manufacturing Welding Metallurgy Multi-principal element alloys Steel Failure Analysis

Megan Emigh

Post Doc, UC Santa Barbara

Email verificata su ucsb.edu

Citato da 144

Transmission Electron Microscopy in situ TEM Superalloys Precipitation Multi-Principal Element Alloys

Kamalnath Kadirvel

Materials Research Scientist, Computherm LLC

Email verificata su computherm.com

Citato da 144

CALPHAD Phase-field modelling Computational Materials Science Additive Manufacturing Multi Principal Element Alloys

Saeid Salari

PhD, Solid State Physics

Email verificata su aut.ac.ir

Citato da 131

Solid State Physics Thin Film Gas Sensors Multi-Principal Element Alloys Nanopatterning

Zheng Li

Sun Yat-sen University

Email verificata su mail2.sysu.edu.cn

Citato da 108

Multi-principal element alloys

Wang Zhaowei

Sustech, Shenzhen & CityU,HK & NPU,Xi'an

Email verificata su sustech.edu.cn

Citato da 28

Computational materials Multi-principal element alloys Ni-based superalloys

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