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@TECHREPORT{Tanihata:200601,
      author       = {Tanihata, Isao},
      editor       = {Geissel, Hans and Harakeh, Muhsin N. and Simon, Haik and
                      Grahn, Tuomas and Äystö, Juha and Scheidenberger,
                      Christoph and Behr, Karl-Heinz and Bracco, Angela and Gales,
                      Sydney and Hayano, Ryu and Nociforo, Chiara and Weick,
                      Helmut and Winkler, Martin and Zamfir, Victor},
      title        = {{C}onceptual {D}esign {R}eport for the {S}cientific
                      {P}rogram of the {S}uper-{FRS} {E}xperiment {C}ollaboration},
      number       = {GSI Report 2016-3},
      address      = {Darmstadt},
      publisher    = {GSI Helmholtzzentrum für Schwerionenforschung},
      reportid     = {GSI-2016-03763, GSI Report 2016-3},
      pages        = {30 Seiten},
      year         = {2016},
      note         = {CDR},
      abstract     = {This Conceptual Design Report (CDR) presents the plans of
                      the Super-FRS Experiment Collaboration for a variety of
                      experiments, which build on the versatile high-resolution
                      separator and spectrometer performance of the Super-FRS. The
                      characteristic feature of these experiments is the fact that
                      they use the separator as an integral part of the
                      measurement. These experiments build on the experience of
                      the collaboration and their scientific program pursued at
                      the FRS in the last 25 years, but also includes recently
                      developed novel topics.Under these premises, the Super-FRS
                      Experiment Collaboration has identified ten major topics of
                      current interest and with far-reaching scientific potential.
                      In this CDR, the scientific case is briefly recapitulated
                      and the conceptual design of the experiments, the setups and
                      their implementation are described. Much of the needed
                      equipment is already available or, if not, will be realized
                      with new, additional resources and efforts outside the FAIR
                      Cost Books. The related $R\&D$ works and some pilot
                      experiments can be carried out at the existing FRS of GSI in
                      FAIR Phase-0. On the midterm, the science program of this
                      collaboration can start at the commissioning phase of the
                      Super-FRS and will continue on the long term with the
                      established full performance. Accordingly, the prototype
                      equipment and other already existing devices can be tested
                      and used at the FRS and can later, when completed or
                      upgraded, be moved to the Super-FRS, see Appendix I. The
                      related developments and organization of the Super-FRS
                      Experiment Collaboration are described in Appendices II and
                      III, respectively; the collaboration partners and institutes
                      are listed in Appendix IV. The Super-FRS Experiment
                      Collaboration is formally and firmly established and is a
                      comprising part of the NUSTAR Collaboration. A large variety
                      of modern nuclear physics experiments with new scientific
                      possibilities and outstanding scientific potential were
                      presented in the scientific program (GSI-Report 2014-4),
                      which was very positively evaluated and approved by the
                      FAIR-ECE in its 4th meeting in June 2014. In its report, the
                      ECE encouraged the collaboration to develop TDRs. The
                      present CDR is the next step on the way to TDRs for the
                      ancillary equipment, that shall be integrated in the
                      Super-FRS.},
      cin          = {NUSTAR@GSI / SuperFRS@FAIR},
      cid          = {I:(DE-Ds200)Coll-GSI-NUSTAR /
                      I:(DE-Ds200)Coll-FAIR-SuperFRS},
      pnm          = {PSP 2.4.0 Super-FRS System Design (PSP-2-4-0) / GSI Machine
                      Super-FRS (GSILSFSuperFRS) / 612 - Cosmic Matter in the
                      Laboratory (POF3-612)},
      pid          = {G:(DE-Ds200)PSP-2-4-0 / G:(DE-Ds200)GSILSFSuperFRS /
                      G:(DE-HGF)POF3-612},
      typ          = {PUB:(DE-HGF)29},
      doi          = {10.15120/GSI-2016-03763},
      url          = {https://repository.gsi.de/record/200601},
}