Dr. Helmut Soltner Workshop EDM Searches at Storage Rings –

1. Capabilities of Central Institute of Technology (ZAT): Examples Dr. Helmut Soltner Workshop EDM Searches at Storage Rings – European Center for Theoretical Studies in Nuclear Physics and Related Areas - October 1-5 - Trento

2. Forschungszentrum Jülich GmbH We work towards comprehensive solutions for the grand challenges facing society in the future in the fields of health, energy and environment, and information technology, thus laying the foundation for future key technologies.

3. Forschungszentrum Jülich GmbH Facts and Figures: about 50 institutes total personnel: about 4,700 scientists: ~1,700, technical personnel: ~1,700 One of the institutes: ZAT = Zentralinstitut für Technologie (Central Institute of Technology) employees: 150 Facts and Figures: about 50 institutes total personnel: about 4,700 scientists: ~1,700, technical personnel: ~1,700 One of the institutes: ZAT = Zentralinstitut für Technologie (Central Institute of Technology) employees: 150

4. Central Institute of Technology - ZAT who we are – ZAT mission • ZAT is a science and technology institute, which supports the research institutes of the research center in Jülich • For the institutes and externals we design, develop and build scientific equipment and experiments not available on the market • We maintain and modify the setups, deliver technology consultancy and perform feasibility studies • We build competences in new areas und adjust permanently our capabilities to the needs of our partners

5. Central Institute of Technology - ZAT who we are – ZAT competences engineering und new technologies • project management (15 engineers) • engineering design, numerical simulations and design calculations • feasibility studies & experiments, physical measurements • automation and control techniques • joining technologies & materials research • magnetic bearing and drive systems manufacturing technologies & assembly • welding technologies • high-precision machining and assembling, machine manufacturing • rapid prototyping • glass, plastics and ceramics machining • surface treatment techniques inspection and approval procedures, e.g.: • TÜV certification for pressure vessels • certifications for welding technologies

6. Projects at Central Institute of Technology Hadron Physics (IKP: Institute for Nuclear Physics) • Accelerator and accelerator components • Detector systems for proton– and antiproton beams Neutron Science (JCNS: Jülich Center for Neutron Science) • Instruments for advanced Neutron sources • Choppers for Neutron scattering (magnetic bearing) • European Spallation Source ESS Energy (Institutes for Energy and Climate Research) • Instruments for Nuclear Fusion Research • Projects for photovoltaics, full cells Environment (Institutes for Energy and Climate Research) • Setups for measurement of trace gases in the atmosphere Bio-Geo Science (IBG 3: Institute for Bio- und Geo Science) • Equipment for plant and soil investigations Medicine (Institutes for Neuroscience and Medicine) • Work for MRT- und PET- set ups • Equipment for production of radio nuclides

7. High-Field Magnets for HESR at http://www.fz-juelich.de/ikp/DE/Home/home_node.html Technology for Excellent Science

8. High-Field Magnets for HESR Circumference 575 m Technology for Excellent Science

9. HESR Dipoles Dipole pole yoke Length about 4.2 m Max. flux density 1.7 T Technology for Excellent Science

10. HESR Quadrupoles bore Length 0.6 m Gradient 25 T/m shim magnet detail 1/8 model of quadrupole Technology for Excellent Science

11. HESR Sextupoles Length 0.3 m Field 45 T/m2 1/12 model of sextupole Technology for Excellent Science

12. PAX@COSY PAX – Polarised Antiproton Experiments alignment of concrete elements engineering, design and manufacturing of PAX target chamber support for target chamber, ABS (atomic beam source) and BRP (Breit-Rabi polarimeter) engineering, design and manufacturing of the weak field and compensation coils NEG-pump system with 10 NEG-pumps and heat protection jalousie supports for magnets design and installation of the entire heating system : linear guided assembling system in collaboration with: Institut für Kernphysik (IKP)

13. Electron cooler at COSY Test setup at Budker Institute Technology for Excellent Science

14. Stochastic Cooling for HESR Pick-up Tank Test cavity Technology for Excellent Science

15. Kicker magnets for HESR Kicker magnets and vacuum chamber Pick-up Tank Technology for Excellent Science

16. ATRAP- Experiment for Trapping Antihydrogen at CERN http://gabrielse.physics.harvard.edu/ quadrupole Blow up of components of antihydrogen trap Technology for Excellent Science

17. Neutron focussing by cooled MgF2 lenses cryocooler Technology for Excellent Science

18. TOPAS Thermal Time-of-Flight with Polarization Analysis Spectrometer The scientific scope of the instrument includes the determination of coherent and localized excitations in novel materials. Technology for Excellent Science

19. Magnets for neutron scattering Neutron spin echo spectrometer (NSE) at SNS, Oak Ridge Technology for Excellent Science

20. Correction coils for neutron scattering Pythagoras coil for correction of solenoid field. Technology for Excellent Science

21. Medical application Combined Split Gradient coil for MRI /PET dBz/dx gradient coil cancellation Design by M. Poole, INM Technology for Excellent Science

22. ITER material tests Characterization of the heat conductivity of a Papyex layer between a molybdenum mirror and a cooling plate

23. Thermal stress tests of mirrors, to be installed at the front part of the ITER CXRS-diagnostic “port plug” Experimental setup at ZAT ITER CXRS-diagnostic

24. Inlet System for HALO outer deceleration tube inner deceleration tube air with free radicals restrictor nozzle shroud vacuum tube pylon UV-device viewport cap LIF laser-induced fluorescence • HALO = high altitude and long range research aircraft • Inlet system for LIF device(measuring radicals) principle set-up

25. Inlet System for HALO • The ‘Bird strike’ load case is a critical design issue for the inlet system • The inlet system must be robust enough to avoid impact of broken-off parts into the engines or the tail assembly • But if the inlet system is too stiff and totally ‘captures’ a bird (this would be the case if the restrictor is fixed to the inlet tubes) the aircraft shell can be seriously damaged

26. Inlet System for HALO bird strike simulation

27. Rhizotron facility • 54 transparent tubes (each 7m long) and 108 humidity-sensors were buried in the ground of a test field. • One end of each tube is accessible through a basement-building. • Aim of the experiments: Measuring the root density and humidity conditions with cameras and radar antennas

28. Central Institute of Technology – ZATRésumé ZAT: Technology for R&D • Partner for national and international scientific projects • Projects from some k€ up to several years and M€ • Internal partners/customers, also externals • All from one source!!!