Add to ORKGRecent polarized proton beam experiments in the IUCF Cooler Ring found an evidence for a second-order snake depolarizing resonance, when the vertical betatron tune was inadvertently set near a quarter-integer. We have also studied the possibility of spin-flipping the beam polariza-tion in the presence of a full Siberian snake using an rf solenoid. By varying the rf solenoid’s ramp time and fre-quency range, we reached a spin-flip efficiency of abou
A Siberian snake, which is a 180° spin rotator, can be used to preserve electrons’, protons’ or ligh...
Abst rac t. We recently studied the first acceleration of a spin-polarized proton beam through a dep...
An 11.4% partial Siberian snake was used to successfully accelerate polarized protons through a stro...
The effect of a radio frequency (rf) solenoid magnet and a partial Siberian snake on a stored 120 Me...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in high energy scattering...
We recently used an rf dipole magnet to study the spin flipping of a 120 MeV horizontally polarized ...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in high energy scattering...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in a high energy scatteri...
Polarized beam experiments are now an important part of the programs in many accelerators and storag...
In all circular proton accelerators there are certain energies where the spin of each proton precess...
This research was sponsored by the National Science Foundation Grant NSF PHY-931478
This research was sponsored by the National Science Foundation Grant NSF PHY-931478
We recently studied the spin‐flipping efficiency of an rf‐dipole magnet using a 120‐MeV horizontally...
We recently studied the first acceleration of a spin‐polarized proton beam through a depolarizing re...
The Siberian Snake Concept was experimentally tested at the IUCF Cooler Ring. We showed that the spi...
A Siberian snake, which is a 180° spin rotator, can be used to preserve electrons’, protons’ or ligh...
Abst rac t. We recently studied the first acceleration of a spin-polarized proton beam through a dep...
An 11.4% partial Siberian snake was used to successfully accelerate polarized protons through a stro...
The effect of a radio frequency (rf) solenoid magnet and a partial Siberian snake on a stored 120 Me...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in high energy scattering...
We recently used an rf dipole magnet to study the spin flipping of a 120 MeV horizontally polarized ...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in high energy scattering...
Frequent polarization reversals, or spin-flips, of a stored polarized beam in a high energy scatteri...
Polarized beam experiments are now an important part of the programs in many accelerators and storag...
In all circular proton accelerators there are certain energies where the spin of each proton precess...
This research was sponsored by the National Science Foundation Grant NSF PHY-931478
This research was sponsored by the National Science Foundation Grant NSF PHY-931478
We recently studied the spin‐flipping efficiency of an rf‐dipole magnet using a 120‐MeV horizontally...
We recently studied the first acceleration of a spin‐polarized proton beam through a depolarizing re...
The Siberian Snake Concept was experimentally tested at the IUCF Cooler Ring. We showed that the spi...
A Siberian snake, which is a 180° spin rotator, can be used to preserve electrons’, protons’ or ligh...
Abst rac t. We recently studied the first acceleration of a spin-polarized proton beam through a dep...
An 11.4% partial Siberian snake was used to successfully accelerate polarized protons through a stro...