Tag: magnet
There are a large variety of magnets in the LHC.
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CERN-made HiLumi LHC quadrupoles ready for installation
After years of design, manufacturing and testing, the High-Luminosity (HiLumi) LHC magnet programme has reached a landmark point: all eight new CERN-made quadrupole magnets, plus two spares, are ready for installation in the tunnel. Known as the new inner triplets, these magnets are now complete and have been fully validated through extensive tests. Together with
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The disconnection of the LHC has begun
The 27 km circumference of the Large Hadron Collider (LHC) contains thousands of magnets of different types – dipoles, quadrupoles, sextupoles, octupoles, decapoles, etc. – which each play a very specific role. Among them are the inner triplets: sets of three quadrupoles (hence the name) located on either side of the four main LHC experiments
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HiLumi LHC: new magnets reach full power
The test bench for the High-Luminosity LHC, the IT (Inner Triplet) String facility, has reached a major milestone. On 8 July, its new quadrupole magnets – known as the inner triplet magnets – successfully reached their nominal operating current of 16 230 amperes. Designed to focus the beams more tightly than ever before, thereby increasing the
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The High-Luminosity LHC test stand is taking shape
The teams are making the final interconnections in the chain of magnets that will be used to test the components of the LHC’s successor
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Accelerator Report: LHC on track despite disruptions throughout the accelerator complex
Following the achievement of 2460-bunch stable beams on 24 May, the accelerator complex experienced an SPS magnet failure, a central timing glitch and a complex-wide power disruption. Yet the LHC remains on track to achieve its 2025 luminosity goal
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A curved magnet with much potential
Rope winding and giant pasta shapes meet particle physics in Fusillo, a new magnet prototype with possible medical applications in hadron therapy
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GaToroid – getting closer to affordable cancer therapy
CERN has been contributing to developing technologies to improve hadron therapy for the past 30 years. Now, a team at CERN is working on new design concepts that would make the machines delivering hadron therapy much more compact and economically viable
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The test stand for the High-Luminosity LHC welcomes its first magnets
The installation of the High-Luminosity LHC test facility continues with the arrival of two magnet assemblies
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Less hungry magnets for the experiments of the future
A prototype superconducting coil developed for the SHiP experiment opens the way for more energy-efficient electromagnets for certain applications
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Accelerator Report: Technical stops always hold a few surprises
Restarting the entire accelerator complex after a technical stop is rarely seamless and often comes with unexpected technical challenges