Add to ORKGA method for computing transverse multibunch growth rates and frequency shifts in rings, which has been described previously [1, 2], is applied to the PEP-II B factory. The method allows multibunch modes with different internal-bunch oscillation modes to couple to one another, similar to single-bunch mode coupling. Including coupling between the multibunch modes gives effects similar to those seen in single-bunch mode coupling. These effects occur at currents that are lower than the single-bunch mode coupling threshold.
We present an analytical and numerical study of the equations of motion for bunches coupled by trans...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
We present an overview of the calculated longitudinal and transverse coupled-bunch (CB) growth rates...
A method for computing transverse multibunch growth rates and frequency shifts in rings, which has b...
In this paper, we present a method for computing growth rates and frequency shifts of a beam contain...
The growth rates for the transverse multibunch head-tail modes (m = 1) are computed for the PEP-II B...
Coherent modes in the presense of transverse impedances are com-puted for the NLC Main Damping Ring....
In [Ber95b], I computed multibunch mode growth rates for the PEP-II B Factory. Since then, I have up...
This paper will explore the possibility of the formation of localized modes in the coupled transvers...
A method is presented for determining the stability of a system consisting of several highly relativ...
Transverse multibunch instabilities including the resistive wall instability and ion instabilities a...
In this report we discuss high-current, multibunch issues at the PEP-II B factory. To achieve the re...
In the design of high-luminosity colliders for high-energy physics, it has become clear that multibu...
We report the results of a computer simulation of the PEPII transverse feedback (TFB) system includi...
By scanning gated cameras and gated tune monitors across the bunch pattern during normal colliding-b...
We present an analytical and numerical study of the equations of motion for bunches coupled by trans...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
We present an overview of the calculated longitudinal and transverse coupled-bunch (CB) growth rates...
A method for computing transverse multibunch growth rates and frequency shifts in rings, which has b...
In this paper, we present a method for computing growth rates and frequency shifts of a beam contain...
The growth rates for the transverse multibunch head-tail modes (m = 1) are computed for the PEP-II B...
Coherent modes in the presense of transverse impedances are com-puted for the NLC Main Damping Ring....
In [Ber95b], I computed multibunch mode growth rates for the PEP-II B Factory. Since then, I have up...
This paper will explore the possibility of the formation of localized modes in the coupled transvers...
A method is presented for determining the stability of a system consisting of several highly relativ...
Transverse multibunch instabilities including the resistive wall instability and ion instabilities a...
In this report we discuss high-current, multibunch issues at the PEP-II B factory. To achieve the re...
In the design of high-luminosity colliders for high-energy physics, it has become clear that multibu...
We report the results of a computer simulation of the PEPII transverse feedback (TFB) system includi...
By scanning gated cameras and gated tune monitors across the bunch pattern during normal colliding-b...
We present an analytical and numerical study of the equations of motion for bunches coupled by trans...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
We present an overview of the calculated longitudinal and transverse coupled-bunch (CB) growth rates...