Abstract
Noise and ripple in the bending magnets of large proton collider cause the beam emittance growth and the luminosity degradation. The emittance growth due to voltage ripple of the bending magnets power supplies is studied. The role of the collider transverse feedback system is shown to be very important to facilitate the requirements to value of ripple. The longitudinal emittance growth due to slow variations of power supply current is studied as well. 9 refs.; 15 figs.
Citation Formats
Lebedev, V A.
Limitations on current ripple of the power supplies for the SSC bending magnets.
Russian Federation: N. p.,
1993.
Web.
Lebedev, V A.
Limitations on current ripple of the power supplies for the SSC bending magnets.
Russian Federation.
Lebedev, V A.
1993.
"Limitations on current ripple of the power supplies for the SSC bending magnets."
Russian Federation.
@misc{etde_10102753,
title = {Limitations on current ripple of the power supplies for the SSC bending magnets}
author = {Lebedev, V A}
abstractNote = {Noise and ripple in the bending magnets of large proton collider cause the beam emittance growth and the luminosity degradation. The emittance growth due to voltage ripple of the bending magnets power supplies is studied. The role of the collider transverse feedback system is shown to be very important to facilitate the requirements to value of ripple. The longitudinal emittance growth due to slow variations of power supply current is studied as well. 9 refs.; 15 figs.}
place = {Russian Federation}
year = {1993}
month = {Dec}
}
title = {Limitations on current ripple of the power supplies for the SSC bending magnets}
author = {Lebedev, V A}
abstractNote = {Noise and ripple in the bending magnets of large proton collider cause the beam emittance growth and the luminosity degradation. The emittance growth due to voltage ripple of the bending magnets power supplies is studied. The role of the collider transverse feedback system is shown to be very important to facilitate the requirements to value of ripple. The longitudinal emittance growth due to slow variations of power supply current is studied as well. 9 refs.; 15 figs.}
place = {Russian Federation}
year = {1993}
month = {Dec}
}