Veronica Enblom

PhD student at Department of Chemistry - Ångström Laboratory; Inorganic Chemistry

E-mail:: veronica.enblom@kemi.uu.se
Visiting address:: Lägerhyddsvägen 1
Postal address:: Box 538
751 21 Uppsala

Download contact information for Veronica Enblom at Department of Chemistry - Ångström Laboratory; Inorganic Chemistry

Publications

Recent publications

Promising Alloys for Hydrogen Storage in the Compositional Space of (TiVNb)_100–x(Cr,Mo)_x High-Entropy Alloys

Agafonov, Andrei; Pineda-Romero, Nayely; Witman, Matthew D.; Enblom, Veronica et al.

Part of ACS Applied Materials and Interfaces, p. 41991-42003, 2025
- DOI for Promising Alloys for Hydrogen Storage in the Compositional Space of (TiVNb)_100–x(Cr,Mo)_x High-Entropy Alloys
A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides

Enblom, Veronica; Clulow, Rebecca; Ha, Tae-Jun; Witman, Matthew D. et al.

Part of Materialia, 2025
- DOI for A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides
- Download full text (pdf) of A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides

All publications

Articles in journal

Promising Alloys for Hydrogen Storage in the Compositional Space of (TiVNb)_100–x(Cr,Mo)_x High-Entropy Alloys

Agafonov, Andrei; Pineda-Romero, Nayely; Witman, Matthew D.; Enblom, Veronica et al.

Part of ACS Applied Materials and Interfaces, p. 41991-42003, 2025
- DOI for Promising Alloys for Hydrogen Storage in the Compositional Space of (TiVNb)_100–x(Cr,Mo)_x High-Entropy Alloys
A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides

Enblom, Veronica; Clulow, Rebecca; Ha, Tae-Jun; Witman, Matthew D. et al.

Part of Materialia, 2025
- DOI for A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides
- Download full text (pdf) of A combined experimental and machine learning exploration of Ti_2-xZr_xMnCrFeNi high entropy Laves hydrides