Add to ORKGOn 27 November, the LHC teams celebrated the end of production of the machine's main magnets. Some 1232 main dipole and 392 main quadrupole magnets have been manufactured in an unprecedented collaboration effort between CERN and European industry.</strong
The Large Hadron Collider (LHC) will be equipped with a large number (6400) of superconducting corre...
The series production of the LHC main dipole magnets was completed in November 2006. This paper pres...
The last quadripolar magnet was lowered in the tunnel of the biggest particle accelerator in the wor...
"CERN took delivery of the last superconducting main magnet for the Large Hadron Collider (LHC) on 2...
The LHCb magnet reached full current and achieved the designed magnetic field on 9 November, a major...
A ceremony was held on Thursday, 1st March, to commemorate the end of the cryostat assembly and cryo...
Building of LHC, the most powerful and the biggest particle accelerator of the world, makes good pro...
The LHC ring will contain 1232 main dipole and 382 main quadrupole twin aperture magnets. All main m...
At 10.30 am on 5 September, the 1000th cryo-magnet was installed in the LHC tunnel in the arc betwee...
CERN has just received the last supraconductor magnet of Large Hadron Collider (LHC). This magnet is...
Three hundred and sixty main quadrupole (MQ) magnets will perform the principal beam focusing around...
CERN received last tuesday the last superconductor magnet among the 1'624 magnets essential to build...
The development of the magnets for the CERN LHC is progressing from the stage of 1 m long model magn...
"The last quadripolar magnet was brought down into the tunnel of the world's largest particle accele...
With the start-up of CERN's Large Hadron Collider just five years away, the laboratory's new flagshi...
The Large Hadron Collider (LHC) will be equipped with a large number (6400) of superconducting corre...
The series production of the LHC main dipole magnets was completed in November 2006. This paper pres...
The last quadripolar magnet was lowered in the tunnel of the biggest particle accelerator in the wor...
"CERN took delivery of the last superconducting main magnet for the Large Hadron Collider (LHC) on 2...
The LHCb magnet reached full current and achieved the designed magnetic field on 9 November, a major...
A ceremony was held on Thursday, 1st March, to commemorate the end of the cryostat assembly and cryo...
Building of LHC, the most powerful and the biggest particle accelerator of the world, makes good pro...
The LHC ring will contain 1232 main dipole and 382 main quadrupole twin aperture magnets. All main m...
At 10.30 am on 5 September, the 1000th cryo-magnet was installed in the LHC tunnel in the arc betwee...
CERN has just received the last supraconductor magnet of Large Hadron Collider (LHC). This magnet is...
Three hundred and sixty main quadrupole (MQ) magnets will perform the principal beam focusing around...
CERN received last tuesday the last superconductor magnet among the 1'624 magnets essential to build...
The development of the magnets for the CERN LHC is progressing from the stage of 1 m long model magn...
"The last quadripolar magnet was brought down into the tunnel of the world's largest particle accele...
With the start-up of CERN's Large Hadron Collider just five years away, the laboratory's new flagshi...
The Large Hadron Collider (LHC) will be equipped with a large number (6400) of superconducting corre...
The series production of the LHC main dipole magnets was completed in November 2006. This paper pres...
The last quadripolar magnet was lowered in the tunnel of the biggest particle accelerator in the wor...