National Institute for Nuclear Physics | INFN Accelerators

 
infn pulsante 2017
 

tt infn 2017
asimmetrie pulsante blu3
traspsarenza

INFN-Roma1, location La Sapienza

INFN-Roma1 – La Sapienza

 

Projects:

 

 

 

Instrumentation:

 

  • Vector Network Analyzer (up to 20GHz)
  • Spectrum analyzer (up to 14GHz)
  • Signal generators (up to 3GHz)
  • Bead pull measuring bench for characterization of accelerating structures
  • Computing server with electromagnetic 3D codes (e.g. CST, HFSS) and accelerator design (e.g. TSTEP, GPT)
  • High intensity THz source. THz is produced by transducing a high intensity laser from IR to THz through optical rectification and laser filamentation processes.
  • Instrumentation for e.m. compatibility measures

 

 

Skills:

 

  • Collective effects
  • Wakefield and coupling impedances
  • Dynamics of beams in linear and circular machines
  • Laser-plasma acceleration
  • E.m. project of particle accelerator devices
  • Electron beam diagnostics in accelerators
  • Radio frequency measurements
  • High intensity laser: interaction with matter and non-linear propagation, plasma acceleration, THz generation and use of THz for diagnostics in the field of accelerator physics and environmental monitoring.

 

https://templates-infn.infn.it/sito-joomla/?morequest=oauthredirect&app_name=other

https://templates-infn.infn.it/sito-joomla/?morequest=oauthredirect&app_name=other

 
infn pulsante 2017
 

tt infn 2017
asimmetrie pulsante blu3
traspsarenza

NOTE! This site uses cookies and similar technologies.

If you not change browser settings, you agree to it. Learn more

I understand