During the last two years of SPS operation, investigations were pursued on the ability of the SPS ionization profile monitor prototype to fulfill different tasks. It is now established that the instrument can be used for injection matching tuning, by turn to turn recording of the beam size after the injection. Other applications concern beam size measurements on beams ranging from an individual bunch to a nominal SPS batch foreseen for injection into the LHC (288 bunches). By continuously tracking throughout the SPS acceleration cycle from 26 GeV to 450 GeV the evolution of parameters associated to the beam size, it is possible to explain certain beam behaviour. Comparisons are also made at different beam currents and monitor gains with mea...
The monitoring and controlling of the beam transverse emittance is essential to allow high luminosit...
In the design stage of the LHC (Large Hadron Collider/CERN, Switzerland), it is necessary to develop...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
A beam profile monitor, from DESY, based on the ionisation of the rest gas, was installed in the SPS...
A campaign of studies and measurements has been carried out with the aim of establishing the SPS tra...
A set of different beam instruments have been developed and installed on LHC to provide transverse p...
A campaign of studies and measurements has been car-ried out with the aim of establishing the SPS tr...
The SPS Beam Quality Monitor is a system that monitors longitudinal beam parameters on a cycle-by-cy...
The ionization profile monitors (IPMs) are used to measure the beam size in synchrotrons. Both the F...
The ionization profile monitors (IPMs) are used to measure the beam size in synchrotrons. Both the F...
In order to satisfy the tight emittance requirements of LHC, a non-intercepting beam profile monitor...
A single data acquisition system able to sample and store every 100 ns analog signals coming from di...
A well matched injection in the SPS is very important for preserving the emittance of the LHC beam. ...
Measuring the beam transverse emittance is fundamental in every accelerator, in particular for colli...
During 2000 several new instruments were tested for LHC type beams. The head-tail monitor was used t...
The monitoring and controlling of the beam transverse emittance is essential to allow high luminosit...
In the design stage of the LHC (Large Hadron Collider/CERN, Switzerland), it is necessary to develop...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
A beam profile monitor, from DESY, based on the ionisation of the rest gas, was installed in the SPS...
A campaign of studies and measurements has been carried out with the aim of establishing the SPS tra...
A set of different beam instruments have been developed and installed on LHC to provide transverse p...
A campaign of studies and measurements has been car-ried out with the aim of establishing the SPS tr...
The SPS Beam Quality Monitor is a system that monitors longitudinal beam parameters on a cycle-by-cy...
The ionization profile monitors (IPMs) are used to measure the beam size in synchrotrons. Both the F...
The ionization profile monitors (IPMs) are used to measure the beam size in synchrotrons. Both the F...
In order to satisfy the tight emittance requirements of LHC, a non-intercepting beam profile monitor...
A single data acquisition system able to sample and store every 100 ns analog signals coming from di...
A well matched injection in the SPS is very important for preserving the emittance of the LHC beam. ...
Measuring the beam transverse emittance is fundamental in every accelerator, in particular for colli...
During 2000 several new instruments were tested for LHC type beams. The head-tail monitor was used t...
The monitoring and controlling of the beam transverse emittance is essential to allow high luminosit...
In the design stage of the LHC (Large Hadron Collider/CERN, Switzerland), it is necessary to develop...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...