The MoNA-LISA Detector Array
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1 The MoNA-LISA Detector Array Outline: The MoNA Collaboration MoNA Physics Highlights The Detector Better Neutron Simulations Future Plans CENTAUR Workshop Texas A&M, May 11, 2018 [1]
2 The MoNA Collaboration The detector: MoNA-LISA is a large, highly efficient neutron time-of-flight detector array. It consists of 288 plastic scintillator detector modules. It is used to detect fast neutrons stemming from breakup reactions of neutron-unbound states. It measures flight time and position. The collaboration: The MoNA collaboration was formed in 2001 when a joint MRI proposal was submitted to fund the Modular Neutron Array. The collaboration assembled and tested the detector modules, and continues to this day with a cutting-edge research program CENTAUR Workshop Texas A&M, May 11, 2018 [2]
3 MoNA Collaboration Physics Highlights CENTAUR Workshop Texas A&M, May 11, 2018 [3]
4 MoNA Collaboration Physics Highlights The MoNA physics program focuses on the reconstruction of neutron unbound states using invariant mass analysis. This offers insights into the nuclear structure of isotopes that are inaccessible by any other means. Highlights: 23, 25 O n-unbound states: Schiller et al. Phys. Rev. Lett (2007) and Hoffman et al. Phys. Rev. Lett. 100, (2008) 23 O 25 O CENTAUR Workshop Texas A&M, May 11, 2018 [4]
5 MoNA Collaboration Physics Highlights Dineutron decay of 16 Be: Spyrou et al. Phys. Rev. Lett. 108, (2012) CENTAUR Workshop Texas A&M, May 11, 2018 [5]
6 MoNA Collaboration Physics Highlights Two-neutron radioactivity in the decay of 26 O: Kohley et al. Phys. Rev. Lett. 110, (2013) CENTAUR Workshop Texas A&M, May 11, 2018 [6]
7 The MoNA-LISA Detector Former MoNA-LISA-Sweeper setup in N2: CENTAUR Workshop Texas A&M, May 11, 2018 [7]
8 The MoNA-LISA Detector MoNA: Modular Neutron Array 144 modules, 200 cm 10 cm 10 cm each, BC-408 Photonis XP 2262/B, 2" 12-stage PMTs VD122K/B voltage dividers LISA: Large Multi-Institutional Scintillator Array 144 modules, 200 cm 10 cm 10 cm each, EJ-200 Hamamatsu R329-02, 2" 12-stage PMTs home-built voltage dividers CENTAUR Workshop Texas A&M, May 11, 2018 [8]
9 The MoNA-LISA Detector Use cosmic-ray muons to calibrate: PMT gain matching relative timing Use γ-flash from beam to determine: absolute timing G. A. Christian, PhD thesis 2011 J. K. Smith, PhD thesis 2014 CENTAUR Workshop Texas A&M, May 11, 2018 [9]
10 The MoNA-LISA Detector How to discriminate false 2n events: 2 locations and 2 times define distances and velocities. Scattered neutron velocity has to be less than incoming neutron velocity. Larger distance between events results in better accuracy. CENTAUR Workshop Texas A&M, May 11, 2018 [10]
11 Better Neutron Simulations Collect data to refine simulation Using GEANT4 - MENATE_R Using LANSCE neutron beams n 3355 array 2x8 array Warren Rogers, IWU CENTAUR Workshop Texas A&M, May 11, 2018 [11]
12 Better Neutron Simulations 90 m from spallation target, 3 mm collimator! Warren Rogers, IWU CENTAUR Workshop Texas A&M, May 11, 2018 [12]
13 Better Neutron Simulations Elastic scattering from C ( dark scattering) Beam enters upper layer, dark scatters, and produces first light in lower layer 20 MeV neutrons 40 MeV neutrons Before Bkg Subtraction Halo Bkg Subtracted Simulation Before Bkg Subtraction Halo Bkg Subtracted Simulation 80 MeV neutrons 150 MeV neutrons Warren Rogers, IWU Before bkg subtraction Halo bkg subtracted Simulation Before bkg subtraction Halo bkg subtracte d Simulation CENTAUR Workshop Texas A&M, May 11, 2018 [13]
14 Future Plans: NSCL Currently the N2 vault is being reconfigured. The plan is to move the Sweeper and MoNA- LISA into the S2 vault. CENTAUR Workshop Texas A&M, May 11, 2018 [14]
15 Future Plans: NSCL In order to reach higher masses, an improved charged-particle detector setup is needed: The MoNA Collaboration is in the process of designing a detector telescope consisting of Si (de) and CsI (TKE) detectors. CENTAUR Workshop Texas A&M, May 11, 2018 [15]
16 Future Plans: FRIB The High Rigidity Spectrometer (HRS) CENTAUR Workshop Texas A&M, May 11, 2018 [16]
17 Future Plans: FRIB The HRS will start a new era of measurements: Higher intensities and rigidities will make more neutron-rich isotopes accessible. The combination with other powerful detector systems will offer new possibilities. To make optimum use of these new capabilities, we need to consider improvements of the neutron detector: Improved electronics (DDAS) Investigate advanced materials (for a next-generation array) CENTAUR Workshop Texas A&M, May 11, 2018 [17]
18 Acknowledgement The MoNA project thrives because of the dedication and support of its collaboration members and outstanding students: J. Brown, P. A. DeYoung, J. Finck, N. Frank, P. Gueye, J. Hinnefeld, R. A. Kaye, B. A. Luther, W. F. Rogers, A. Spyrou, S. Stephenson, M. Thoennessen CENTAUR Workshop Texas A&M, May 11, 2018 [18]
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