Analyzed Experimental Data and Molecular Dynamics Data for "Composition-Dependent Dynamics in a Multicomponent Supercooled Liquid Measured with Nanometer Spatial Resolution"

Huang, Shuoyuan; Annamareddy, Ajay; Francis, Carter; Schultz, Lane E.; Ketkaew, Jittisa; Ediger, Mark; Yu, Lian; Schroers, Jan; Morgan, Dane; Voyles, Paul M.

simulation experiment metals and alloys metallic glasses microscopy molecular dynamics electron correlation microscopy

Year

2024

Source Name

ca66ffd0-5315-41ba-bfb0-67e1b311481d

License

Creative Commons Attribution 4.0

Contacts

Paul M. Voyles (paul.voyles@wisc.edu) Dane Morgan (ddmorgan@wisc.edu)

DOI

10.18126/ddp4-nv34 View on Datacite

Get the Data

Analyzed experimental data and molecular dynamics data for "Composition-Dependent Dynamics in a Multicomponent Supercooled Liquid Measured with Nanometer Spatial Resolution". Raw experimental data is in a separate archive, DOI: (TBA). Archive includes electron correlation microscopy and symmetry coefficient analysis of experimental 5D STEM data on Pt57.5Cu14.7Ni5.3Pt22.5 and Pd43Cu27Ni10Pt20 supercooled liquids and molecular dynamics trajectories computed with a machine-learning potential for Pt57.5Cu14.7Ni5.3Pt22.5 and associated analyses.