online 20 October 2021 Single-ion induced surface modifications on hydrogen-covered Si(001) surfaces—significant difference between slow highly charged and swift heavy ions C Länger, P Ernst, M Bender, [...] 1016/j.nanoen.2020.104612 Available online 13 February 2020 TEM analysis of ion tracks and hillocks produced by swift heavy ions of different velocities in Y3Fe5O12 N. Ishikawa , T. Taguchi, A. Kitamura [...] 2019.2908637 Date of Publication: 11 April 2019 Etched ion tracks in amorphous SiO2 characterized by small angle x-ray scattering: influence of ion energy and etching conditions A Hadley, C Notthoff, P

of highly energetic heavy ions and solid state matter: Ion-track formation Radiation hardness of technologically relevant materials Stabilization of high-pressure phases by ion irradiation Nanostructures [...] es fabricated by ion-track technology. Materials Research is an interdisciplinary group (physics, chemistry, engineering, and materials science) that collaborates with over 50 groups in Germany and abroad

schools at the surrounding universities, like for the example the Helmholtz Graduate School for Heavy-Ion Research (HGS-HIRe) and the Heidelberg Graduate School of Fundamental Physics . The new structures

with ion beams follow two lines. One focuses on pump-probe experiments where the laser PHELIX converts thin foils or foams into fully ionized plasma. The plasma conditions are examined by the ion beam [...] long-standing issues such as energy loss and charge exchange of heavy ions when penetrating hot plasma. The other area of investigations uses ion beams from SIS18 for the generation of warm dense matter (WDM) [...] The Facility for Antiproton and Ion Research (FAIR) will offer unique opportunities to study warm dense matter and samples with high energy density. The high-intensity ion beams that will be available at

experimental area Z6, PHELIX can be triggered by the accelerator: The light pulse of PHELIX and a ion micro bunch can be synchronized with an accuracy of better than a nanosecond. When working at the HHT

RF Systems Existing ring RF systems are in operation in the following accelerator facilities: Heavy Ion Synchrotron ( German : "Schwerionensynchrotron" ) SIS18 Experimental Storage Ring ESR CRYRING. SIS18

the ion beam from the SIS and with PHELIX can take place at the “HHT” measuring station. PHELIX is used here, for example, to generate X-rays that can be used to study plasmas generated with the ion beam [...] measuring station offers the unique opportunity to combine intense laser radiation with the heavy ion beam of the universal linear accelerator (UNILAC) at GSI. This opens up the possibility for interesting

Nanotechnology @ GSI Materials Research Nanoporous membranes are fabricated by heavy ion irradiation and chemical etching. Pore density and pore arrangement are selected by the irradiation conditions.

with a single heavy ion and subsequent chemical etching. After irradiation, the polymer foil is introduced in a two-compartment electrochemical cell. The ion track created by the ion is selectively etched [...] Nanopores @ GSI Materials Research Etched ion-track membranes are fabricated at GSI by heavy ion irradiation and chemical etching. Pore density and pore arrangement are selected by the irradiation conditions [...] are employed as model systems to study the controlled passage of ions through nanochannels. To understand the ionic flow through natural ion channels and artificial nanopores is of fundamental interest in

Synthesis of Nanostructures © gap cartoon gap cartoon The combination of etched ion-track membranes and electrodeposition allows us to synthesize nanowires with simultaneous and independent control of [...] ratio (length over diameter) as high as 1000, are created by electrochemical deposition in etched ion track templates. The wires can remain in the template or can be transfered to another substrate after [...] and morphological analysis of segmented AuAg alloy nanowires created by pulsed electrodeposition in ion-track etched membranes, I. Schubert, L. Burr, C. Trautmann, M.E. Toimil-Molares , Beilstein J. of