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Unique magnets – CERN Courier
Unique magnets – CERN Courier

Why the LHC magnets are blue – and other colourful accelerator questions  answered | CERN
Why the LHC magnets are blue – and other colourful accelerator questions answered | CERN

Le fleuron des aimants du HL-LHC | CERN
Le fleuron des aimants du HL-LHC | CERN

U.S. Magnet Development Project Moves Forward With DOE Approval – News  Center
U.S. Magnet Development Project Moves Forward With DOE Approval – News Center

World's largest superconducting magnet switches on | timeline.web.cern.ch
World's largest superconducting magnet switches on | timeline.web.cern.ch

File:CERN LHC Magnet Factory2.jpg - Wikimedia Commons
File:CERN LHC Magnet Factory2.jpg - Wikimedia Commons

HL-LHC magnet endurance test further confirms niobium–tin's resilience |  CERN
HL-LHC magnet endurance test further confirms niobium–tin's resilience | CERN

Accelerating News issue 26 | CERN
Accelerating News issue 26 | CERN

Upgrading CERN with niobium-tin magnets – SIM2
Upgrading CERN with niobium-tin magnets – SIM2

CERN - Dipole magnets create a magnetic field that steers the beam of  particles around the LHC ring. #DidYouKnow that CERN's many areas of  expertise translate into positive impact on society? Find
CERN - Dipole magnets create a magnetic field that steers the beam of particles around the LHC ring. #DidYouKnow that CERN's many areas of expertise translate into positive impact on society? Find

Aimants du LHC : la grande descente | CERN
Aimants du LHC : la grande descente | CERN

New magnets for FAIR tested at CERN | CERN
New magnets for FAIR tested at CERN | CERN

Giant magnet goes underground at CERN | CERN
Giant magnet goes underground at CERN | CERN

Why the LHC magnets are blue – and other colourful accelerator questions  answered | CERN
Why the LHC magnets are blue – and other colourful accelerator questions answered | CERN

Slowly does it as giant magnet goes underground at CERN
Slowly does it as giant magnet goes underground at CERN

Strongest magnetic field did not produce exotic particles called magnetic  monopoles | New Scientist
Strongest magnetic field did not produce exotic particles called magnetic monopoles | New Scientist

Fermilab contributions help CMS magnet reach full field at CERN
Fermilab contributions help CMS magnet reach full field at CERN

A demonstrator magnet produces a record magnet field | CERN
A demonstrator magnet produces a record magnet field | CERN

Progress on Toroid Magnets | ATLAS Experiment at CERN
Progress on Toroid Magnets | ATLAS Experiment at CERN

Comment entraîner vos aimants | CERN
Comment entraîner vos aimants | CERN

Le dernier aimant du LHC descendu sous terre | CERN
Le dernier aimant du LHC descendu sous terre | CERN

Tool for MQFX magnet
Tool for MQFX magnet