Add to ORKGBeam physics considerations for the stripping foil of the PSB H- injection system are described, including the arguments for the foil type, thickness, geometry and positioning. The foil performance considerations are described, including expected stripping efficiency, emittance growth, energy straggling, temperature and lifetime. The required movement ranges and tolerances are detailed, together with the assumptions used
Laser stripping for an H- injection system into the proposed PS2 accelerator could provide an attrac...
During the Long Shutdown 2 (LS2) at CERN, the new Linac4 (L4) accelerator will be connected to the P...
CERN’s Linac2 currently injects protons with a kinetic energy of 50 MeV into the PS Booster (PSB). L...
Beam physics considerations for the stripping foil of the 160 MeV PSB H- injection systems are descr...
For the LINAC4 project the PS Booster (PSB) injection system will be upgraded. The 160 MeV Hbeam wil...
Control of beam losses is an important aspect of the H-injection system for the PS2, a proposed repl...
The 160 MeV H− beam from the Linac4 (L4) linear accelerator at CERN will be injected into the proton...
For CERN's Linac4 (L4) Proton Synchrotron Booster (PSB) injection scheme, slices of the 160 MeV H⁻ b...
Carbon foils are widely used in charge-exchange injection in high intensity hadron accelerators. The...
In 2020, after the CERN accelerators complex Long Shutdown 2 (LS2), a novel Linac4 (L4)-to-PS Booste...
Charge-exchange injection by means of carbon foils is a widely used method in accelerators. This pap...
The H- beam from the proposed LINAC4 will be injected into the four existing rings of the PS Booster...
In the framework of the LHC Injectors Upgrade (LIU) project, the injection process in the CERN Proto...
The 160 MeV H− beam from the Linac4 (L4) linear accelerator at CERN will be injected into the Proton...
The PSB will be extensively upgraded during the next long shutdown of the CERN accelerator complex, ...
Laser stripping for an H- injection system into the proposed PS2 accelerator could provide an attrac...
During the Long Shutdown 2 (LS2) at CERN, the new Linac4 (L4) accelerator will be connected to the P...
CERN’s Linac2 currently injects protons with a kinetic energy of 50 MeV into the PS Booster (PSB). L...
Beam physics considerations for the stripping foil of the 160 MeV PSB H- injection systems are descr...
For the LINAC4 project the PS Booster (PSB) injection system will be upgraded. The 160 MeV Hbeam wil...
Control of beam losses is an important aspect of the H-injection system for the PS2, a proposed repl...
The 160 MeV H− beam from the Linac4 (L4) linear accelerator at CERN will be injected into the proton...
For CERN's Linac4 (L4) Proton Synchrotron Booster (PSB) injection scheme, slices of the 160 MeV H⁻ b...
Carbon foils are widely used in charge-exchange injection in high intensity hadron accelerators. The...
In 2020, after the CERN accelerators complex Long Shutdown 2 (LS2), a novel Linac4 (L4)-to-PS Booste...
Charge-exchange injection by means of carbon foils is a widely used method in accelerators. This pap...
The H- beam from the proposed LINAC4 will be injected into the four existing rings of the PS Booster...
In the framework of the LHC Injectors Upgrade (LIU) project, the injection process in the CERN Proto...
The 160 MeV H− beam from the Linac4 (L4) linear accelerator at CERN will be injected into the Proton...
The PSB will be extensively upgraded during the next long shutdown of the CERN accelerator complex, ...
Laser stripping for an H- injection system into the proposed PS2 accelerator could provide an attrac...
During the Long Shutdown 2 (LS2) at CERN, the new Linac4 (L4) accelerator will be connected to the P...
CERN’s Linac2 currently injects protons with a kinetic energy of 50 MeV into the PS Booster (PSB). L...