The 1.5 TeV Compact Linear Collider (CLIC) beams, with a total power of 14 MW per beam, are disrupted at the interaction point due to the very strong beam-beam effect. As a result, some 3.5 MW reach each main dump in form of beamstrahlung photons. About 0.5 MW of e+e- pairs with a very broad energy spectrum need to be disposed of along the post-collision line while separating the various beams by charge for beam diagnostics purposes. The Post-collision line has been optimised in order to reduce radiation damage to magnets, the number of magnets required and the stray fields to the incoming beam line
Strong beam-beam effects at the interaction point of a high-energy e+ e- linear collider such as CLI...
In order to achieve high luminosity, the Compact Linear Collider (CLIC) has to be operated in the hi...
The CLIC post-collision line is designed to transport the un-collided beams and the products of the ...
The 1.5 TeV Compact Linear Collider (CLIC) beams, with a total power of 14MWper beam, are disrupted ...
The 1.5 TeV CLIC beams, with a total power of 14 MW per beam, are disrupted at the interaction point...
Strong beam-beam effects at the interaction point of a high-energy e+e − linear collider such as CLI...
Strong beam-beam effects at the interaction point of a high-energy e+e- linear collider such as the ...
Strong beam-beam effects at the interaction point of a high-energy linear collider such as CLIC lead...
As part of the Post-Collision Diagnostic Lattice task of the ILPS work-package of EuroTeV, we discus...
After the interaction point, the 1.5 TeV, 14MW CLIC electron/positron beams must be transported safe...
The CLIC post collision line is designed to transport the un-collided beams and the products of the ...
The CLIC beam delivery system focuses 1.5 TeV electron and positron beams to a nanometre-sized cross...
Important efforts have recently been dedicated to the characterisation and improvement of the design...
It has been proposed that the Compact Linear Collider (CLIC) be commissioned in stages, starting wit...
The CLIC beam delivery system focuses 1.5~TeV electron and positron beams to a nanometre-sized cross...
Strong beam-beam effects at the interaction point of a high-energy e+ e- linear collider such as CLI...
In order to achieve high luminosity, the Compact Linear Collider (CLIC) has to be operated in the hi...
The CLIC post-collision line is designed to transport the un-collided beams and the products of the ...
The 1.5 TeV Compact Linear Collider (CLIC) beams, with a total power of 14MWper beam, are disrupted ...
The 1.5 TeV CLIC beams, with a total power of 14 MW per beam, are disrupted at the interaction point...
Strong beam-beam effects at the interaction point of a high-energy e+e − linear collider such as CLI...
Strong beam-beam effects at the interaction point of a high-energy e+e- linear collider such as the ...
Strong beam-beam effects at the interaction point of a high-energy linear collider such as CLIC lead...
As part of the Post-Collision Diagnostic Lattice task of the ILPS work-package of EuroTeV, we discus...
After the interaction point, the 1.5 TeV, 14MW CLIC electron/positron beams must be transported safe...
The CLIC post collision line is designed to transport the un-collided beams and the products of the ...
The CLIC beam delivery system focuses 1.5 TeV electron and positron beams to a nanometre-sized cross...
Important efforts have recently been dedicated to the characterisation and improvement of the design...
It has been proposed that the Compact Linear Collider (CLIC) be commissioned in stages, starting wit...
The CLIC beam delivery system focuses 1.5~TeV electron and positron beams to a nanometre-sized cross...
Strong beam-beam effects at the interaction point of a high-energy e+ e- linear collider such as CLI...
In order to achieve high luminosity, the Compact Linear Collider (CLIC) has to be operated in the hi...
The CLIC post-collision line is designed to transport the un-collided beams and the products of the ...