Abstract: A review is given of the various determinations of the different piNN coupling constants in analyses of the low-energy pp, np, pbarp, and pi-p scattering data. The most accurate determinations are in the energy-dependent partial-wave analyses of the NN data. The recommended value is f^2 = 0.075 . A recent determination of f^2 by the Uppsala group from backward np cross sections is shown to be model dependent and inaccurate, and therefore completely uninteresting. We also argue that an accurate determination of f^2 using pp forward dispersion relations is not a realistic option
Results of a relativistic model for pion- and photon-induced reactions on the proton are presented. ...
AbstractWe present the most accurate and complete data set for the analyzing power Ay(θ) in neutron–...
We critically evaluate the isovector GMO sumrule for the charged πNN coupling constant using recent ...
Abstract: A review is given of the various determinations of the different piNN coupling constants i...
In view of the persisting misunderstandings about the determination of the pion-nucleon coupling con...
We critically evaluate the isovector Goldberger-Miyazawa-Oehme (GMO) sum rule for forward πN scatter...
From recent charge exchange measurements in the extreme forward direction, an independent and precis...
Various determinations in the current literature of the π3He3H coupling constant are reexamined, and...
A recent experiment at LEAR, the CERN Low Energy Antiproton Ring, has provided very precise differen...
Talk given at the Workshop on "Critical points in the determination of the pion-nucleon coupling con...
In this updated and expanded version of our delayed Comment we show that the np backward cross secti...
Making use of the dispersion relation for nucleon-nucleon scattering, the coupling constant between ...
6 pages, 3 encapsulated figures, epsfig, menu97.cls (included)A novel extrapolation method has been ...
A novel extrapolation method has been used to deduce the charged Pion-Nucleon coupling constant from...
We investigate the parity-violating analyzing power in neutron capture on the proton at thermal ener...
Results of a relativistic model for pion- and photon-induced reactions on the proton are presented. ...
AbstractWe present the most accurate and complete data set for the analyzing power Ay(θ) in neutron–...
We critically evaluate the isovector GMO sumrule for the charged πNN coupling constant using recent ...
Abstract: A review is given of the various determinations of the different piNN coupling constants i...
In view of the persisting misunderstandings about the determination of the pion-nucleon coupling con...
We critically evaluate the isovector Goldberger-Miyazawa-Oehme (GMO) sum rule for forward πN scatter...
From recent charge exchange measurements in the extreme forward direction, an independent and precis...
Various determinations in the current literature of the π3He3H coupling constant are reexamined, and...
A recent experiment at LEAR, the CERN Low Energy Antiproton Ring, has provided very precise differen...
Talk given at the Workshop on "Critical points in the determination of the pion-nucleon coupling con...
In this updated and expanded version of our delayed Comment we show that the np backward cross secti...
Making use of the dispersion relation for nucleon-nucleon scattering, the coupling constant between ...
6 pages, 3 encapsulated figures, epsfig, menu97.cls (included)A novel extrapolation method has been ...
A novel extrapolation method has been used to deduce the charged Pion-Nucleon coupling constant from...
We investigate the parity-violating analyzing power in neutron capture on the proton at thermal ener...
Results of a relativistic model for pion- and photon-induced reactions on the proton are presented. ...
AbstractWe present the most accurate and complete data set for the analyzing power Ay(θ) in neutron–...
We critically evaluate the isovector GMO sumrule for the charged πNN coupling constant using recent ...