Abstract
The Coleman-Glashow scheme for {Delta} I= 1 charge symmetry breaking (CSB) suggests a universal scale for the nonstrange transitions <{rho} deg|H{sub em}|{omega}> and < {pi} deg|H{sub em}| {eta} NS> of size -0.005 GeV{sup 2} in the energy region 760-780 MeV. The resulting nucleon-nucleon vector meson exchange CSB potential then predicts {Delta} I = 1, effects which are in approximate agreement with recent data characterizing nuclear charge asymmetry. 40 refs., 2 tabs., 3 figs.
Citation Formats
Coon, S A, and Scadron, M D.
Universality of {Delta} I = 1 meson mixing and charge symmetry breaking.
Australia: N. p.,
1994.
Web.
Coon, S A, & Scadron, M D.
Universality of {Delta} I = 1 meson mixing and charge symmetry breaking.
Australia.
Coon, S A, and Scadron, M D.
1994.
"Universality of {Delta} I = 1 meson mixing and charge symmetry breaking."
Australia.
@misc{etde_10113784,
title = {Universality of {Delta} I = 1 meson mixing and charge symmetry breaking}
author = {Coon, S A, and Scadron, M D}
abstractNote = {The Coleman-Glashow scheme for {Delta} I= 1 charge symmetry breaking (CSB) suggests a universal scale for the nonstrange transitions <{rho} deg|H{sub em}|{omega}> and < {pi} deg|H{sub em}| {eta} NS> of size -0.005 GeV{sup 2} in the energy region 760-780 MeV. The resulting nucleon-nucleon vector meson exchange CSB potential then predicts {Delta} I = 1, effects which are in approximate agreement with recent data characterizing nuclear charge asymmetry. 40 refs., 2 tabs., 3 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}
title = {Universality of {Delta} I = 1 meson mixing and charge symmetry breaking}
author = {Coon, S A, and Scadron, M D}
abstractNote = {The Coleman-Glashow scheme for {Delta} I= 1 charge symmetry breaking (CSB) suggests a universal scale for the nonstrange transitions <{rho} deg|H{sub em}|{omega}> and < {pi} deg|H{sub em}| {eta} NS> of size -0.005 GeV{sup 2} in the energy region 760-780 MeV. The resulting nucleon-nucleon vector meson exchange CSB potential then predicts {Delta} I = 1, effects which are in approximate agreement with recent data characterizing nuclear charge asymmetry. 40 refs., 2 tabs., 3 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}