A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to understand the spallation mechanism in greater details. These experiments use the inverse-kinematics technique where the ion beam is directed onto a liquid Hydrogen target, allowing the detection of heavy spallation residues in coincidence with low center-of-mass energy light particles. The setup is based on A Large Acceptance DIpole magNet (ALADIN) coupled with a multitrack Time Projection Chamber (TPC), a hodoscope and a neutron detector. First, data on $^{56}$Fe+p at 1 A GeV were taken in February 2004. In the on-going analysis, isotopic cross-sections have been determined and compared to data taken at the FRagment Separator in GSI. Mean val...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
The SPALADIN experiment using the inverse-kinematics technique where the heavy-ion beam is sent onto...
Abstract. The SPALADIN experiment using the inverse-kinematics technique where the heavy-ion beam is...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
A new type of spallation experiments has been carried out at GSI, Darmstadt (Germany) in order to un...
The SPALADIN experiment using the inverse-kinematics technique where the heavy-ion beam is sent onto...
Abstract. The SPALADIN experiment using the inverse-kinematics technique where the heavy-ion beam is...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
International audienceAn extended experimental and theoretical campaign dedicated to the studies of ...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...
First coincidence data on the $^(56}$Fe+p reaction at 1 A.GeV in inverse kinematics obtained with th...