The FENICE apparatus to measure the electromagnetic form factor of the neutron was built at the ADONE storage ring in Frascati and the reaction e+ e- > n nbar has been studied in the energy region between the threshold and 2.44 GeV in the center of mass. Preliminary results at 2.0 and 2.1 GeV have already been reported. New results are now available that confirm the eletromagnetic form factor of the neutron |Gn| not lower that proton form factor |Gp|
The investigation of the fundamental properties of the nucleon is one of the most important topics i...
The nucleon elastic electromagnetic form factors are fundamental quantities needed for an understand...
A new measurement of the total e+e− → hadrons cross-section in the centre of mass energy range 1.8-2...
The first measurement of the neutron form factor in the time-like region has been produced in tha Fe...
The first measurement of the neutron form factor in the time-like region has been performed by the F...
The electromagnetic form factor of the neutron has been measured for the first time by the FENICE ex...
The final results of the FENICE experiment on the first measurement of the neutron time-like form fa...
Results from the FENICE experiment in Frascati are reported. The neutron time-like form factors have...
Here we present new results for the Born cross section and the effective form factor of the neutron ...
The cross section for the process e+e- >> p pbar has been measured in the s range 3.6–5.9 GeV2 by th...
The cross section for the process e+e- --> ppBAR has been measured in the s range 3.6-5.9 GeV2 by th...
The FENICE detector, installed at the Frascati e+e- storage ring ADONE, for measuring the neutron e....
The FENICE detector, installed at the Frascati e+e- storage ring ADONE, for measuring the neutron e....
The electromagnetic form factors of the neutron in the time-like region have been measured for the f...
The nucleon elastic electromagnetic form factors are fundamental quantities needed for an understand...
The investigation of the fundamental properties of the nucleon is one of the most important topics i...
The nucleon elastic electromagnetic form factors are fundamental quantities needed for an understand...
A new measurement of the total e+e− → hadrons cross-section in the centre of mass energy range 1.8-2...
The first measurement of the neutron form factor in the time-like region has been produced in tha Fe...
The first measurement of the neutron form factor in the time-like region has been performed by the F...
The electromagnetic form factor of the neutron has been measured for the first time by the FENICE ex...
The final results of the FENICE experiment on the first measurement of the neutron time-like form fa...
Results from the FENICE experiment in Frascati are reported. The neutron time-like form factors have...
Here we present new results for the Born cross section and the effective form factor of the neutron ...
The cross section for the process e+e- >> p pbar has been measured in the s range 3.6–5.9 GeV2 by th...
The cross section for the process e+e- --> ppBAR has been measured in the s range 3.6-5.9 GeV2 by th...
The FENICE detector, installed at the Frascati e+e- storage ring ADONE, for measuring the neutron e....
The FENICE detector, installed at the Frascati e+e- storage ring ADONE, for measuring the neutron e....
The electromagnetic form factors of the neutron in the time-like region have been measured for the f...
The nucleon elastic electromagnetic form factors are fundamental quantities needed for an understand...
The investigation of the fundamental properties of the nucleon is one of the most important topics i...
The nucleon elastic electromagnetic form factors are fundamental quantities needed for an understand...
A new measurement of the total e+e− → hadrons cross-section in the centre of mass energy range 1.8-2...