Several complementary transverse emittance monitors have been developed and used at the Fermilab accelerator complex. These include Ionization profile Monitors (IPM), Flying Wires, Schottky detectors and a Synchrotron Light Monitor (Synchlite). Mechanical scrapers have also been used for calibration purposes. This paper describes the various measurement devices by examining their basic features, calibration requirements, systematic uncertainties, and applications to collider operation. A comparison of results from different kinds of measurements is also presented
The characterization of the transverse phase space of beams is a fundamental requirement for particl...
2D and 4D transverse phase-space of a low-energy ion-beam is measured with two of the most common em...
The Los Alamos Advanced Free-Electron Laser uses a high charge (greater than 1 nC), low-emittance (n...
Several complementary transverse emittance monitors have been developed and used at the Fermilab acc...
The performance of a particle accelerator is in large part defined by the transverse emittance of th...
The performance of a particle accelerator is in large part defined by the transverse emittance of th...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
Transverse emittance measurement in a collider is of crucial importance for understanding beam dynam...
In the framework of the LHC Injectors Upgrade project the improvements required to achieve the param...
Measurements of the transverse beam emittance are of great importance at particle accelerators such ...
The measurement of the transverse beam emittance is essential in any particle accelerator. This pape...
Abstract-The distance between the slits is a compromise between obtaining a good representation of t...
The measurement of the transverse emittance in an accelerator is a crucial parameter to evaluate the...
High-luminosity production at the LHC is closely linked to the size of the transverse beam emittance...
The characterization of the transverse phase space of beams is a fundamental requirement for particl...
2D and 4D transverse phase-space of a low-energy ion-beam is measured with two of the most common em...
The Los Alamos Advanced Free-Electron Laser uses a high charge (greater than 1 nC), low-emittance (n...
Several complementary transverse emittance monitors have been developed and used at the Fermilab acc...
The performance of a particle accelerator is in large part defined by the transverse emittance of th...
The performance of a particle accelerator is in large part defined by the transverse emittance of th...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
High energy accelerators and storage rings are designed to collide charged particle beams and study ...
Transverse emittance measurement in a collider is of crucial importance for understanding beam dynam...
In the framework of the LHC Injectors Upgrade project the improvements required to achieve the param...
Measurements of the transverse beam emittance are of great importance at particle accelerators such ...
The measurement of the transverse beam emittance is essential in any particle accelerator. This pape...
Abstract-The distance between the slits is a compromise between obtaining a good representation of t...
The measurement of the transverse emittance in an accelerator is a crucial parameter to evaluate the...
High-luminosity production at the LHC is closely linked to the size of the transverse beam emittance...
The characterization of the transverse phase space of beams is a fundamental requirement for particl...
2D and 4D transverse phase-space of a low-energy ion-beam is measured with two of the most common em...
The Los Alamos Advanced Free-Electron Laser uses a high charge (greater than 1 nC), low-emittance (n...