Add to ORKGDouble-aperture Nb{sub 3}Sn quadrupoles with asymmetric coils and with cold and warm iron yokes were studied for the dipole-first upgrade scenario of the LHC Interaction Regions (IR). This paper describes the magnet design concepts and discusses their performance parameters, including field gradient and field quality limitations
Insertion quadrupoles with large bore and high gradient are required to upgrade the luminosity of th...
The development of insertion quadrupoles with 205 T/m gradient and 90 mm bore represents a promising...
We review recent work on the LHC IR upgrades by the US-LARP collaboration. There are several optics ...
Double-aperture Nb3Sn quadrupoles with asymmetric coils and with cold and warm iron yokes were studi...
This paper analyses possible D2 magnet designs for the 'dipole-first' option of the LHC luminosity u...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
Detailed MARS15 Monte Carlo energy deposition calculations are performed for two main designs of the...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
After a number of years of operation at nominal parameters, the LHC will be upgraded to a higher lum...
Detailed MARS15 Monte Carlo energy deposition calculations are performed for two main designs of the...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
After a number of years of operation at nominal parameters, the LHC will be upgraded for higher lumi...
The paper presents three different layout and optics solutions for the upgrade of LHC insertions usi...
Several studies for the LHC luminosity upgrade pointed out the need for low-beta quadrupoles with ap...
The development of insertion quadrupoles with 205 T/m gradient and 90 mm bore represents a promising...
Insertion quadrupoles with large bore and high gradient are required to upgrade the luminosity of th...
The development of insertion quadrupoles with 205 T/m gradient and 90 mm bore represents a promising...
We review recent work on the LHC IR upgrades by the US-LARP collaboration. There are several optics ...
Double-aperture Nb3Sn quadrupoles with asymmetric coils and with cold and warm iron yokes were studi...
This paper analyses possible D2 magnet designs for the 'dipole-first' option of the LHC luminosity u...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
Detailed MARS15 Monte Carlo energy deposition calculations are performed for two main designs of the...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
After a number of years of operation at nominal parameters, the LHC will be upgraded to a higher lum...
Detailed MARS15 Monte Carlo energy deposition calculations are performed for two main designs of the...
Insertion quadrupoles with large aperture and high gradient are required to achieve the luminosity u...
After a number of years of operation at nominal parameters, the LHC will be upgraded for higher lumi...
The paper presents three different layout and optics solutions for the upgrade of LHC insertions usi...
Several studies for the LHC luminosity upgrade pointed out the need for low-beta quadrupoles with ap...
The development of insertion quadrupoles with 205 T/m gradient and 90 mm bore represents a promising...
Insertion quadrupoles with large bore and high gradient are required to upgrade the luminosity of th...
The development of insertion quadrupoles with 205 T/m gradient and 90 mm bore represents a promising...
We review recent work on the LHC IR upgrades by the US-LARP collaboration. There are several optics ...