Add to ORKGSLAC-PUB- physics/yymmnnn The sextupole magnets in the Low Energy Ring (LER) of PEP-II are grouped in pairs with a phase advance of 180 de-grees. Displacing the magnets or moving the orbit to dis-place the beam in the magnets in an antisymmetric way cre-ates a dispersion wave around the ring. This can be used to correct the vertical dispersion in LER without changing the local coupling. Results from simulations are shown.
The PEP-II B-factory has already achieved twice the design daily-integrated luminosity. This is even...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...
The vertical emittance of the low energy ring (LER) in the PEP-II B-Factory was reduced by using ske...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The PEP-N project at SLAC [1] consists of a Very Low-Energy small electron Ring (VLER) that will col...
Dispersion Function Distortion (DFD) affects accelerator operation and thus deserves attention, some...
The design of the lattice for the High Energy Ring (HER) of the SLAC B-Factory has several special f...
Developing a lattice that contains a very low beta value at the interaction point (IP) and has adequ...
We describe the design and construction status of the Low-Energy Ring (LER) of the PEP-II project, ...
The PEP-N project [1,2] consists of a small, very low-energy e − storage ring (VLER) located in one ...
Beam crossing schemes in the LHC interaction regions impose non-zero vertical closed orbit in the lo...
The PEP-N project [1,2] consists of a small, very low-energy e − storage ring (VLER) located in one ...
The PEP-II B-factory has already achieved twice the design daily-integrated luminosity. This is even...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...
The vertical emittance of the low energy ring (LER) in the PEP-II B-Factory was reduced by using ske...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The very high beam currents in the PEP-II B-Factory have caused many expected and unexpected effects...
The PEP-N project at SLAC [1] consists of a Very Low-Energy small electron Ring (VLER) that will col...
Dispersion Function Distortion (DFD) affects accelerator operation and thus deserves attention, some...
The design of the lattice for the High Energy Ring (HER) of the SLAC B-Factory has several special f...
Developing a lattice that contains a very low beta value at the interaction point (IP) and has adequ...
We describe the design and construction status of the Low-Energy Ring (LER) of the PEP-II project, ...
The PEP-N project [1,2] consists of a small, very low-energy e − storage ring (VLER) located in one ...
Beam crossing schemes in the LHC interaction regions impose non-zero vertical closed orbit in the lo...
The PEP-N project [1,2] consists of a small, very low-energy e − storage ring (VLER) located in one ...
The PEP-II B-factory has already achieved twice the design daily-integrated luminosity. This is even...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...
The correction of the chromaticity of low-beta insertions in the storage rings is usually made with ...