We present a review of the possibilities to conduct experiments of high efficiency in the
nuclear and high energy physics with spin-polarized beams in a collider complex …

A coherent spin resonance excited by an rf dipole was used to overcome depolarization due
to intrinsic spin resonances at the Alternating Gradient Synchrotron (AGS) at Brookhaven …

We report on an experimental investigation of rapid adiabatic passage (RAP) in a trapped
barium ion system. RAP is implemented on the transition from the 6 S 1/2 ground state to the …

In polarized proton collision experiments, it is highly advantageous to flip the spin of each
bunch of protons during the stores to reduce the systematic errors. Experiments done at …

Measurements of the pp spin correlation coefficients A xx, A yy, and A xz and analyzing
power A y for pp elastic scattering at 197.8 MeV over the angular range 4.5–17.5 have been …

We recently studied spin flipping of a 270 MeV vertically polarized deuteron beam stored in
the Indiana University Cyclotron Facility Cooler Ring. We adiabatically swept an rf solenoid's …

We have demonstrated for the first time spin flipping of a polarized proton beam stored in a
ring containing a nearly 100% Siberian snake; we did this using a “snake” depolarizing …

We recently studied the spin-flipping efficiency of an rf-dipole magnet using a 120-MeV
horizontally polarized proton beam stored in the Indiana University Cyclotron Facility Cooler …

Stored beams of polarized protons, electrons, or deuterons can be spin flipped by sweeping
an rf dipole's or solenoid's frequency through an rf spin resonance. Fitting such data to the …

We recently analyzed all available data on spin-flipping stored beams of polarized protons,
electrons, and deuterons. Fitting the modified Froissart-Stora equation to the measured …