FRIB FDSi e21062: Difference between revisions
(Created page with " 400px|thumb|right|a photo of FDSi looking at downstream. [https://frib.msu.edu/index.php FRIB] FDSi ('''F'''RIB '''D'''ecay '''S'''tation '''i'''nitiaor) e21062 experiment is the first experiment since the official opening of FRIB on May 2, 2022. The FDSi consists of 4 detectors devices for neutron detection (VANDLE), gamma detection (Clarion1), total absorption (MTAS), and an implantation detector (YSO). https://indico.frib.msu.edu...") |
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https://indico.frib.msu.edu/event/20/attachments/106/586/FDSi-FRIB1-Workshop-slim.pdf | https://indico.frib.msu.edu/event/20/attachments/106/586/FDSi-FRIB1-Workshop-slim.pdf | ||
== Experimental Objective == | |||
Quote from the proposal: | |||
''The goal of the proposed investigation is to perform multi-modal decay spectroscopy in the region near N=28 and below the 20Ca nuclei. Specifically, decay of the N=29 isotones into their N=28 daughters and the N=28 isotones into their N=27 daughters from Mg to Ar are targeted, with specific cases highlighted in the introduction. Additionally, decay of the near-dripline systems of 40Mg and 37Na will be studied.'' | |||
== Experimental Setup == | == Experimental Setup == | ||
Revision as of 23:40, 24 May 2022
FRIB FDSi (FRIB Decay Station initiaor) e21062 experiment is the first experiment since the official opening of FRIB on May 2, 2022. The FDSi consists of 4 detectors devices for neutron detection (VANDLE), gamma detection (Clarion1), total absorption (MTAS), and an implantation detector (YSO).
https://indico.frib.msu.edu/event/20/attachments/106/586/FDSi-FRIB1-Workshop-slim.pdf
Experimental Objective
Quote from the proposal:
The goal of the proposed investigation is to perform multi-modal decay spectroscopy in the region near N=28 and below the 20Ca nuclei. Specifically, decay of the N=29 isotones into their N=28 daughters and the N=28 isotones into their N=27 daughters from Mg to Ar are targeted, with specific cases highlighted in the introduction. Additionally, decay of the near-dripline systems of 40Mg and 37Na will be studied.
Experimental Setup
Elog
FSU holds a copy of the internal elog.