34MgMagnesium
Z:  
Z = 12N = 22
N:  

Setting ID1 Yield 2
[pps/pnA]
Measurement
date
Beam Target Brho01
[Tm]
F1 slit
L [mm]
F1 slit
R [mm]
Data from
371.84e+12015-11-1848Ca 345MeVBe 20mm7.745064.264.2 ---
443.55e+02015-11-1848Ca 345MeVBe 20mm7.491864.264.2 ---
461.35e+22015-11-1848Ca 345MeVBe 20mm7.270964.264.2 ---
2036.60e+12010-12-0748Ca 345MeVBe 15mm7.39198.064.0Nucl. Instrum. Methods Phys. Res., Sect. B 317, 756 (2013)



Publication
Title Journal First Author
Spectroscopy of 33Mg with knockout reactionsPhys. Rev. C 103, 064318 (2021)D. Bazin
Spectroscopy of strongly deformed 32Ne by proton knockout reactionsPhys. Rev. C 99, 011302R (2019)I. Murray
Evidence of halo structure in 37Mg observed via reaction cross sections and intruder orbitals beyond the island of inversionPhys. Rev. C 90, 061305R (2014)M. Takechi

Experiment
Proposal No. Spokesperson Start-Date End-Date Beam Course
NP0912-RIBF33M. Takechi2010-12-052010-12-1048Ca 345 MeV/u ZeroDegree
NP0906-RIBF02D. Bazin2010-11-302010-12-0448Ca 345 MeV/u ZeroDegree


 Annotations:
1 Detailed BigRIPS setting is shown in the linked page.
2 The list of primary beam intensities is given in this page.
3 Error is only statistical one. Systematic error is estimated within 30%, which comes from uncertainly of primary beam intensity.


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