charged particles and neutrons stemming from central collisions of 108,112,124,132 Sn on 112,124 Sn target. Figure 1 shows a particle ID plot from the 1st NeuLAND plane, displaying the time of flight over [...] currently located at RIKEN , Japan, was moved within the SAMURAI Area to 30 degrees with respect to the target, see photo below. At this new position, NeuLAND together with a VETO wall in front will take data [...] experiment, studying central collision in several combinations of Sn isotopes beams and Sn isotope targets. On the left side the NeuLAND demonstrator VETO Wall is visible, NeuLAND is standing right behind

telephone number. For this purpose I proceed as follows: First I select the speed dial number of the target with * 6NN. Then can I enter the extension number. If I do not know this number, I can choose between

represented by BIOMAT. The existing beamlines at the UNILAC and SIS 18 will be complemented by a flexible target station in the new APPA cave and a new storage ring (Cryring) providing access to a wide range of

at the ESR experimental storage ring. Infrastructure facilities such as the main control room, the target laboratory and the test stands and storage facilities for the magnets of the future FAIR facility

isotopes. The collider kinematics has the advantage that it will be possible to detect electrons and target like ejectile in coincidence. One of the most challenging aspects in this context is the design of

colleagues in India The Bose Institute; Kolkata, India, is in charge of producing the beam catchers in target area. Most probably, India will also produce the power converters for the Super-FRS magnets. Our

Research Staff Internal Multiphase Targets Dr. Pierre-Michel Hillenbrand Research Staff Electron spectrometry Dr. Nikolaos Petridis Research Staff Internal Multiphase Targets Dr. Rodolfo Sanchez Research Staff [...] Stefanos Nanos Summer Student University of Ioannina Simulations and Assembling of the ESR internal target chamber 2019 Zuzana Slavkovska PhD Student Johann Wolfgang Goethe University Frankfurt am Main Nuclear

down-stream of the reaction target, behind the large dipole magnet GLAD, and will measure the time-of-flight and the nuclear charge of the fragments produced in the target. Together with the measured [...] Nuclear-charge spectrum of fragments produced by reactions of a 500 AMeV 58Ni beam impinging on a Pb target and measured with the TOFD detector prototype Lietarture "A new Time-of-flight detector for the R3B

studies at the laser-driven LIGHT beamline: Improving proton beam homogeneity and imaging of a solid target Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors [...] diagnostics of the hot electron energy distribution in the intense laser interaction with metal targets Physics of Plasmas Vol. 25 (2018) Issue 3, 033105 R.-A. Lorbeer, M. Zwilich, M. Zabic, S. Scharring [...] Horst, M. Syha, S. Mathias, Y. T. Li, M. Aeschlimann, L. M. Chen, T. Kuehl: Energy enhancement of the target surface electron by using a 200 TW sub-picosecond laser Optical Letters Vol. 43 Issue 16 (2018) pp

Gießen pdf (143 kB) Double Electron Capture in Relativistic U 92+ Collisions Observed at the ESR Jet Target A. Warczak, IFUJ-Cracow pdf (52 kB) Multiple Electron Capture from C-foils into Slow Highly-Charged [...] Energy Laser for Heavy Ion Experiments - Status Report Th. Kühl, GSI pdf (250 kB) The H 2 Cluster Target at the ESR Storage Ring A. Krämer, GSI pdf (180 kB) A Micro-Strip Germanium Detector for Position