Data for: High radiation resistance in the binary W-Ta system through small V additions: A new paradigm for nuclear fusion materials

Description

Raw data and videos for the in situ TEM heavy ion irradiation experiments. Post-irradiation characterisation for the alloys S1T and S3T is also presented. The steps to reproduce the research are straighforward and introduced below.

Steps to reproduce

Synthesize WTa and WTaV with the reported compositions using magnetron sputtering. Perform in situ TEM heavy ion irradiations at the IVEM facility in Chicago's Argonne National Laboratory.

Institutions

• Pacific Northwest National Laboratory

  WA, Richland
• Montanuniversitat Leoben

  Leoben
• University of California Berkeley

  CA, Berkeley
• Los Alamos National Laboratory

  NM, Los Alamos
• Clemson University

  SC, Clemson
• UKAEA

  Oxfordshire, Didcot

Categories

Funders

• Los Alamos National Laboratory

  New Mexico, United States

  Grant ID: 20200689PRD
• EUROfusion

  Germany

  Grant ID: 101052200 — EUROfusion
• Engineering and Physical Sciences Research Council

  England, United Kingdom

  Grant ID: EP/W006839/
• National Nuclear Security Administration

  District of Columbia, United States

  Grant ID: 89233218CNA000001
• Los Alamos National Laboratory

  New Mexico, United States

  Grant ID: 20220597ECR
• Austrian Research Promotion Agency

  Vienna, Austria

  Grant ID: 3DnanoAnalytics (FFG- No 858040)
• United Kingdom Atomic Energy Authority

  England, United Kingdom

  Grant ID: FERC2-T2PA02

Licence