Heinerliner Please note that the previous app can no longer be used from November 1, 2023. The new app can be found in the Apple App Store and in the Google PlayStore under "HeinerLiner Darmstadt 2.0"

Gertrud Walter Telefon: +49-6159-71-2061 Mobil: +49-174-328 1528 E-Mail: g.walter(at)gsi.de Raum: SB1 4.104

Work Packages WP 1: Stellar burning Collaboration of GSI, Uni Bonn, FZ Jülich, HZDR, TU Darmstadt WP 2: General understanding of r-process nucleosynthesis Collaboration of GSI, FZ Jülich, TU Darmstadt

following agreement is accepted: Copyright (C) Gesellschaft f. Schwerionenforschung, GSI Planckstr. 1 64291 Darmstadt Germany This program is free software; you can redistribute it and/ormodify it under

localised energy deposition must be dumped on a dedicated absorber. In one spill energy densities up to 1 kJ/g can be reached. It and must never hit a vacuum chamber or other devices directly. In worst case

nanowires of different materials such as copper, gold, bismuth, platinum, silver, alloys such as AuAg, Bi 1-x Sb x and Bi 2 Te 3 , ZnO, and heterostructures such as multilayers. Novel nanostructures such as nanogaps [...] R. Neumann, M.E. Toimil-Molares, J. Phys. Chem. C 116 (2012) 5367. Electrochemical Synthesis of Bi 1 x Sb x Nanowires with Simultaneous Control on Size Composition and Surface Roughness , S. Müller, C

the reaction network and to explain the stellar production yields in different explosive scenarios [1]. Most of the key reactions involve radioactive nuclei [2] and can be studied solely in inverse kinematics [...] be ready for first experiments in 2018. References / Selected Publications # Title Author Reference 1 The production of proton-rich isotopes beyond iron: The γ-process in stars Marco Pignatari et. al. Int

09.11.2017 15:00 KBW Hörsaal Regulation of the Resection of Complex Double Strand Breaks (DSB) in G1 Cell Cycle Phase Frau Tatyana Syzonenko GSI, Darmstadt 02.11.2017 14:00 KBW Hörsaal Radiation biomarkers: [...] Investigations in primary cells and MSD patients Kateryna Shreder, GSI Darmstadt 04.05.2017 14:15 Hörsaal SB1 PPAR alpha is the novel target in radiation-induced heart disease Dr. Omid Azimzadeh Radiation Proteomics

breathing phases and delivers them in perfect synchronization with the patient's breathing cycle (Fig. 1). Building on this foundation, our team further developed MP4DRT, which combines the 4D approach with [...] therapy and the lung modulation effect, are current research topics in the Medical Physics group. Figure 1: Schemativ view of the MP4D approach. Each individual 3D plan is optimized on the corresponding phase

psoriasis and others (Figure 1). Cellular and molecular mechanisms underlying the observed alleviation from pain in radon spa are widely unknown. © Gasteinertal Tourismus GmbH Figure 1: Patients in a radon gallery [...] Res. B, 416 :119-127 (2018) [14] Rühle et al., Modern Rheumatology, 29 (1):165-172, (2019) [15] Maier et al., Int. J. Mol. Sci. 22 (1), 316 (2021) [16] Ebner et al. 2017, Front Immunol., 8:99 (2017) [17] [...] concentration, which can be adjusted comparable to radon therapy or higher (Figure 4, click to enlarge) [1]. Diffusion and solubility measurements of radon and an analysis algorithm were developed [2]. Furthermore