GSI
FRS
Nuclear Data Instrumentation Codes
| |
Workpackage 6:
"Residual nuclide production above 200 MeV in inverse
kinematics"
Overview and description of the project and
its results
Participating institutions:
GESC.AD
|
GSI Darmstadt
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Gesellschaft für
Schwerionenforschung mbH Darmstadt, Germany
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CEA.DAP.DAPNIA
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CEA-Saclay |
Commissariat à l'Energie
Atomique Paris, France
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USDC.DFP
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USC- Santiago de Compostela
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Universidade de Santiago de
Compostela, Santiago de Compostela, Spain
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ULGG.IP
|
ULg-Liège
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Université de Liège, Liège,
Belgium
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PhDs generated by the project:
Name
|
Institution |
Beginning |
Finished |
Links |
Julien Taieb |
GSI Darmstadt/IPN Orsay |
|
October 2000 |
PhD |
Enrique Casarejos |
USC Santiago de Compostela |
March 1998 |
June 2001 |
PhD |
Maria Valentina Ricciardi |
GSI Darmstadt |
January 1999 |
Februar 2005 |
PhD |
Beatriz Jurado |
GSI Darmstadt |
January 1999 |
June 2002 |
PhD |
Jorge Pereira |
USC Santiago de Compostela |
September 2000 |
June 2005 |
PhD |
Paolo Napolitani |
GSI Darmstadt/IPN Orsay |
September 2001 |
October 2004 |
PhD |
Carmen Villagrasa |
CEA Saclay |
|
November 2003 |
PhD |
Beatriz Fernandez |
CEA Saclay |
|
March 2003 |
PhD |
Laurent Audouin |
IPN Orsay |
|
September 2003 |
PhD |
Subjects:
1. Experimental nuclear data
| Isotopic cross sections and kinetic energies of heavy residues in 208Pb(1A
GeV)+1,2H, 238U(1A GeV)+1,2H reactions and
comparison with existing empirical systematics and nuclear-reaction models. |
| Study of the reaction Fe+p in inverse kinematics. |
2. Experimental instrumentation
| A new method to measure neutrons and light charged
particles in coincidence with heavy residues in inverse kinematics at GSI. |
3. Implications
| Gas production |
| Radiation damages |
4. Software codes
| New model codes |
|