g GmbH Ion trap SHIPTRAP. © Photo: K. Back, GSI Helmholtzzentrum für Schwerionenforschung SHIP – Target Wheel. © Photo: G. Otto, GSI Helmholtzzentrum für Schwerionenforschung SHIPTRAP – Ion Trap Attached [...] TASCA – Detector Setup. © Photo: G. Otto, GSI Helmholtzzentrum für Schwerionenforschung TASCA – Target Wheel. 4.2 HADES The detection system HADES ( H igh A cceptance D i- E lectron S pectrometer) is [...] It is used for research on compressed hot nuclear matter produced in collisions of ion beam and target. Several layers of detectors identify different particles based on their charge, velocity or mass

profile: Desktop Source: Q:\Config.V6\Desktop Target: C:\users\ your_username \Desktop Outlook-Signature Source: Q:\Config.V6\AppData\Roaming\Microsoft\Signatures Target: C:\users\ your_username \AppData\Roam

opportunity to register by providing personal data. Registration is required in order to receive the "target" magazine. The data is entered in an input mask, transmitted to us and stored. The following data [...] process: the IP address of the user, date and time of registration and registration data entered under target_registration. The registration serves the fulfillment of a contract to which the user is a party

total 170 notes: Weeks highlighted in green correspond to school vacation in Hessen Abbrev.: Z6= Z6 target area in the UNILAC experiment hall, PLH= PHELIX Laser Hal

forschung GmbH A magnet of the future Super-FRS. The ions of the heaviest elements are shot at a target with a force that ­breaks them up into fragments on impact; these are the exotic nuclei of interest

CBM — Inside a neutron star The collision of atomic nuclei at high speeds can simulate the conditions inside supermassive objects for a split second. © Image: Penn State University Artist's impression

PANDA — Particle magic with antimatter The strong force is the force that binds the elementary building blocks of matter, the quarks, into protons and neutrons, and then the protons and neutrons to nu

Biophysics © Photo: Universitätsklinikum Heidelberg A treatment station for cancer therapy Carefully targeted beams of ions can be used very effectively to kill difficult-to-­reach tumour cells while leaving

can be produced in a targeted manner. When the accelerated ions impact a material sample, antiprotons or special isotopes, for example, are produced at two so-called production targets. The isotopes are then

(RO) /Gina Manda Nicole Averbeck Redox signalling and the transcription factor NRF2 as therapeutic target for counteracting the deleterious effects of spaceflight environment (ABEL-IBER 2017)