Abstract
Electromagnetic and strong hadronic forces are studied at the small angles of collision where they are of similar magnitude. Two areas of current concern are: (a) the role played by spin and vacuum polarization effects in the evaluation of the real part parameter {rho} relating to the spin-averaged forward scattering amplitude, (b) the measurement of the polarization of a high energy proton using an asymmetry measurement in the Coulomb-nuclear interference region in proton-proton scattering. The analysis in both cases readily extends to the treatment of incoming antiprotons and to other charged targets. (author). 13 refs.
Buttimore, N H
[1]
- Trinity Coll., Dublin (Ireland)
Citation Formats
Buttimore, N H.
EM strong interference in pp elastic scattering.
IAEA: N. p.,
1993.
Web.
Buttimore, N H.
EM strong interference in pp elastic scattering.
IAEA.
Buttimore, N H.
1993.
"EM strong interference in pp elastic scattering."
IAEA.
@misc{etde_101470,
title = {EM strong interference in pp elastic scattering}
author = {Buttimore, N H}
abstractNote = {Electromagnetic and strong hadronic forces are studied at the small angles of collision where they are of similar magnitude. Two areas of current concern are: (a) the role played by spin and vacuum polarization effects in the evaluation of the real part parameter {rho} relating to the spin-averaged forward scattering amplitude, (b) the measurement of the polarization of a high energy proton using an asymmetry measurement in the Coulomb-nuclear interference region in proton-proton scattering. The analysis in both cases readily extends to the treatment of incoming antiprotons and to other charged targets. (author). 13 refs.}
place = {IAEA}
year = {1993}
month = {Dec}
}
title = {EM strong interference in pp elastic scattering}
author = {Buttimore, N H}
abstractNote = {Electromagnetic and strong hadronic forces are studied at the small angles of collision where they are of similar magnitude. Two areas of current concern are: (a) the role played by spin and vacuum polarization effects in the evaluation of the real part parameter {rho} relating to the spin-averaged forward scattering amplitude, (b) the measurement of the polarization of a high energy proton using an asymmetry measurement in the Coulomb-nuclear interference region in proton-proton scattering. The analysis in both cases readily extends to the treatment of incoming antiprotons and to other charged targets. (author). 13 refs.}
place = {IAEA}
year = {1993}
month = {Dec}
}