National Institute for Nuclear Physics | INFN Accelerators

 
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INFN location Genova

INFN-Genova

 

Projects

  • Development of D2 superconducting dipoles for separation / recombination of beams in High Luminosity LHC
  • Development of high-field superconducting dipoles for the Future Circular Collider. Construction of a short model
  • Development of canted-solenoid dipoles with high critical temperature superconductors and MgB2
  • Studies of magnets for space applications
  • Design and industrial follow-up of the Transfer Solenoid modules of the Mu2e experiment
  • Critical current measurements on high current conductors (partly for third party activities)

 

Instrumentation

  • Linde TCF 20 helium liquefaction plant, with gas recovery and storage system.
  • Facility Ma.Ri.S.A. for measurements on high current superconducting cables (magnetic field up to 8 T, current up to 100 kA) and variable temperature.
  • Three systems with superconducting magnets with ranges from 5 to 15 T with variable temperature inserts (from 4.2K to 300 K), relative cryostats and power supplies

Skills

  • Magnetic, thermal and mechanical design of superconducting magnets
  • Electrical measurements (critical current, ac dissipations, ac susceptibility) at cryogenic temperatures
  • Management of cryogenic plants

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infn pulsante 2017
 

tt infn 2017
asimmetrie pulsante blu3
traspsarenza

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