H.-J. Kluge

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The heavy ion trap facility (HITRAP), which is shown in fig.1 and is being built in the re-injection channel between ESR and SIS will provide unique beams of highly charged ions up to bare uranium at very low energies for a large variety of experiments. At the HITRAP facility the ions, produced by the GSI accelerator facility, will be decelerated in two(More)
  • Yu.A. Litvinov, J. Stadlman, F. Attallah, K. Beckert, F. Bosch, M. Falch +21 others
  • 2001
Exotic nuclei are produced via projectile fragmentation of different primary beams in beryllium targets placed at the entrance of the Fragment Separator (FRS). The fragments are spatially separated by the FRS, injected and stored in the Experimental Storage Ring (ESR) for direct mass measurements. Two complementary methods have been applied: 1 Schottky Mass(More)
This paper reviews and discusses basic knowledge of biochemical mechanisms of action of ethanol upon the central nervous system, the emphasis being on effects upon cerebral membrane structures and processes as well as mechanisms of chemical synaptic transmission. Results of detailed studies into material and steric changes in membranes, ion-dependent(More)
The HITRAP facility is being constructed in order to decelerate and stop heavy, highly charged ions up to bare uranium. After the production in the GSI accelerator complex, the ions will be decelerated and cooled in the experimental storage ring (ESR) followed by IH and RFQ linear accelerator structures operated in reverse mode [1]. At an energy of 6 keV/u(More)
Atomic spectroscopy on highly charged ions with one or only few electrons offers the advantage that the electron wave function and thus the atomic hyperfine fields at the site of the nucleus can be precisely calculated. In this way, nearly model free absolute charge radii can be determined. For laser spectroscopy, lithium-like ions represent a good(More)
Lower extremity joint kinematics of stair ascent in transfemoral amputees. Effects of jump and balance training on knee kinematics and electromyography of female basketball athletes during a single limb drop landing: pre-post intervention study. Relationship between three-dimensionalkinematics of knee and trunk motion during shuttle run cutting.(More)
Status of the HITRAP Project The heavy ion trap (HITRAP) will decelerate highly charged ions up to U 92+ , provided by the GSI accelerator complex at 4 MeV/u, down to 6 keV/u [1,2]. The decelerator contains a double drift buncher (DDB), an IH-type structure and a 4-rod Radio Frequency Quadrupole. The basic working frequency is 108 MHz. Until May 2007 the(More)
The heavy ion trap facility (HITRAP) (fig.1) will provide unique beams of highly charged ions up to bare U at very low energies for a large variety of experiments. HITRAP will decelerate ions (e.g. U 91+) produced by the GSI accelerator facility at relativistic energies. The ions are first decelerated the ESR down to 4 MeV/u and further decelerated down to(More)
The aim of the paper is the critical evaluation of current knowledge on relationships between hypoxia/ischemia-induced intracellular Ca2+ overload and metabolic alterations up to cell damage. The main interest is focussed on molecular aspects and corresponding conceptual conclusions. The first section introduces the "Ca hypothesis" in integration with the(More)