Add to ORKGThe pulse picking by resonant excitation PPRE method is applied at BESSY II to provide pseudo single bunch operation by separating the radiation from one horizontally enlarged bunch from the light of the multi bunch filling. The bunch is enlarged by an excitation with an external signal close to the tune resonance. The variation of the beam size depends strongly on the frequency and amplitude of the excitation signal. In this paper we show the properties of the PPRE bunch studied by analytical modeling and numerical calculations using Elegant. The simulation results are compared with beam size measurements using a new interferometry beam size monitor at BESSY I
The BESSY II [1] low emittance storage ring is based on 16 double bend achromats paired in groups of...
In order to characterize longitudinal and transverse coupled-bunch oscillations in the BESSY-II stor...
BESSY VSR, a scheme where 1.7 ps and 15 ps long bunches rms can be stored simultaneously in the B...
The pulse picking by resonant excitation PPRE method is applied at BESSY II to provide single bunc...
The pulse picking by resonant excitation PPRE method is used to realize pseudo single bunch radia...
At synchrotron light storage rings there is demand for serving high-brilliance users requesting mult...
At synchrotron light storage rings there is demand for serving both high-brilliance and timing users...
A low energy electron beam can be used to characterize the high energy ultra relativistic bunches. ...
BESSY VSR is an upgrade project of the existing storage ring BESSY II to create long and short photo...
Im Rahmen dieser Dissertation wird die Stärke der Multibunch-Instabilität (MBI), die von longitudina...
The upgrade of the BESSY II storage ring to BESSY VSR demands additional beam diagnostics for machin...
An extreme operation mode such as the BESSY VSR conditions stimulates the development of a high acc...
The parameters necessary to dimension an equipment for the measurement of the beam energy of a stora...
In this paper the results on the beam loading analyses for BESSY VSR SRF cavities are presented. Bas...
In the BESSY VSR project, the variable bunch length storage ring, two high gradient accelerating str...
The BESSY II [1] low emittance storage ring is based on 16 double bend achromats paired in groups of...
In order to characterize longitudinal and transverse coupled-bunch oscillations in the BESSY-II stor...
BESSY VSR, a scheme where 1.7 ps and 15 ps long bunches rms can be stored simultaneously in the B...
The pulse picking by resonant excitation PPRE method is applied at BESSY II to provide single bunc...
The pulse picking by resonant excitation PPRE method is used to realize pseudo single bunch radia...
At synchrotron light storage rings there is demand for serving high-brilliance users requesting mult...
At synchrotron light storage rings there is demand for serving both high-brilliance and timing users...
A low energy electron beam can be used to characterize the high energy ultra relativistic bunches. ...
BESSY VSR is an upgrade project of the existing storage ring BESSY II to create long and short photo...
Im Rahmen dieser Dissertation wird die Stärke der Multibunch-Instabilität (MBI), die von longitudina...
The upgrade of the BESSY II storage ring to BESSY VSR demands additional beam diagnostics for machin...
An extreme operation mode such as the BESSY VSR conditions stimulates the development of a high acc...
The parameters necessary to dimension an equipment for the measurement of the beam energy of a stora...
In this paper the results on the beam loading analyses for BESSY VSR SRF cavities are presented. Bas...
In the BESSY VSR project, the variable bunch length storage ring, two high gradient accelerating str...
The BESSY II [1] low emittance storage ring is based on 16 double bend achromats paired in groups of...
In order to characterize longitudinal and transverse coupled-bunch oscillations in the BESSY-II stor...
BESSY VSR, a scheme where 1.7 ps and 15 ps long bunches rms can be stored simultaneously in the B...