JYFL-ACCLAB-JM41: Identification of excited states in 78Zr

  • Kalle Auranen (Creator)
  • Tuomas Grahn (Creator)
  • Paul Greenlees (Creator)
  • Henna Joukainen (Creator)
  • Rauno Julin (Creator)
  • Henri Jutila (Creator)
  • Janne Pakarinen (Creator)
  • Panu Rahkila (Creator)
  • Panu Ruotsalainen (Creator)
  • Jan Saren (Creator)
  • Juha Uusitalo (Creator)
  • Andrew Briscoe (Creator)
  • Andres Illana Sison (Creator)
  • Jussi Louko (Creator)
  • Adrian Montes Plaza (Creator)
  • Minna Luoma (Creator)
  • Joonas Ojala (Creator)
  • Jorge Romero Fernández (Creator)
  • Alvaro Tolosa Delgado (Creator)
  • George Zimba (Creator)
  • Aaron Stott (Creator)
  • David Jenkins (Creator)
  • Arshiya Sood (Creator)
  • Aysegul Ertoprak (Creator)
  • Bo Cederwall (Creator)
  • Conor Sullivan (Creator)
  • Holly Tann (Creator)
  • Nara Singh Bondili (Creator)
  • Sidong Chen (Creator)
  • Wei Zhang (Creator)
  • Maria Doncel Monasterio (Creator)
  • Jesus Pereira-Lopez (Creator)
  • Robert Wadsworth (Creator)
  • James Keatings (Creator)
  • Giacomo de Angelis (Creator)



This data contains the recoil-beta tagging study for the identification of the T=1 states in 78Zr and 78Y using the 40Ca(40Ca,2n/pn)78Zr/78Y reactions. The experiment was performed using the MARA recoil separator and JUROGAM 3 array together with ancillary detector systems. This data will provide important experimental information to test predictions of nuclear models for this mass region including the shell-model and DFT calculations. Successful identification of the low-lying states in 78Zr and 78Y will enable us to investigate mirror energy differences as well as triplet energy differences (TED) for the T=1 analogue states within the A=78 isobaric triplet.

External deposit with Fairdata.fi.
Date made available31 Dec 2024
PublisherUniversity of Jyväskylä

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