Tracing the Fusion Materials Lifecycle

This dataset organizes plasma–materials interaction data around a common material identifier that links information across the full sample lifecycle, including header metadata, fabrication history, pre-exposure characterization, exposure conditions, and post-exposure characterization. This structure connects experiments, diagnostics, and measurements while preserving data context and provenance. By transforming fragmented fusion data into accessible, interoperable, and AI-ready datasets, it enables efficient data discovery and reuse, reproducible analysis, scalable machine learning, and data-driven fusion materials research.

Data and Resources

Field Value
accessRights Restricted
catalogTarget ckan
cndp FUSION
creatorEmail cheny@fusion.gat.com
creatorName Yiming Chen
dataAuthType public
funder Work supported by U.S. DOE under DE-SC0026393 and DE-FC02-04ER54698.
lang en
ndp_creator_md5 e4be293372519e7a23c8583d3bb7d172
pocEmail sinclairg@fusion.gat.com
pocName Greg Sinclair
publisherType org
status submitted
uploadType dataset
Groups
  • NSF
  • United States
Tags
  • Material lifecycle
  • NSF
  • Plasma-materials interaction
  • United States
isopen False
metadata_created 2026-10-30T17:15:42.049667
metadata_modified 2026-10-30T17:15:42.049672
notes <p>This dataset organizes plasma–materials interaction data around a common material identifier that links information across the full sample lifecycle, including header metadata, fabrication history, pre-exposure characterization, exposure conditions, and post-exposure characterization. This structure connects experiments, diagnostics, and measurements while preserving data context and provenance. By transforming fragmented fusion data into accessible, interoperable, and AI-ready datasets, it enables efficient data discovery and reuse, reproducible analysis, scalable machine learning, and data-driven fusion materials research.</p>
num_resources 1
num_tags 4
title Tracing the Fusion Materials Lifecycle