Add to ORKGA particle spectrum in the low-mass region is obtained from the spin structure of the dominant Regge exchange. Since we work in the low-energy region, diffraction is negligible and resonances dominate the scattering.(1) Our calculational procedure exploits the fact that the dominant Regge exchange forces certain helicity amplitudes to vanish in the forward or backward directions
Low missing mass, single- and double diffraction dissociation is calculated for the LHC energies fro...
This investigation was undertaken with a two-fold objective,a) to fit the high-energy p-p data at lo...
One way to obtain the sharp peaks in the np~pn and pp-7nJ'I differential cross-section data is ...
We explore the possibility whether the gluon helicity distribution #DELTA#G(x) can be extracted from...
Deep Inelastic Scattering (DIS) experiments have provided important information on the structure of ...
There are currently no models readily available that provide nucleon-nucleon spin dependent scatteri...
Based on the observation that the (t, u)-Veneziano terms can be expressed as an infinite sum of one-...
The application of Regge theory to high energy hadron-nucleus scattering is reviewed. The usual form...
ThéorieThe exchange-degeneracy of the mesonic $f-, \omega -, \rho -$ and $a_{2}-$ Regge trajectories...
We review our recent description of high energy forward hadronic cross sections and in particular of...
The cross sections for single and double diffraction dissociation at low missing masses are calculat...
Single and double di ff raction dissociation at the LHC is studied in a factorizable Regge-pole mode...
Low missing mass, single- and double diffraction dissociation is calculated for the LHC energies fro...
We present a phenomenological model of the π+ proton elastic scattering below 300 MeV, based on the ...
The authors show that linear Regge trajectories for mesons and baryons, and the cubic mass spectrum ...
Low missing mass, single- and double diffraction dissociation is calculated for the LHC energies fro...
This investigation was undertaken with a two-fold objective,a) to fit the high-energy p-p data at lo...
One way to obtain the sharp peaks in the np~pn and pp-7nJ'I differential cross-section data is ...
We explore the possibility whether the gluon helicity distribution #DELTA#G(x) can be extracted from...
Deep Inelastic Scattering (DIS) experiments have provided important information on the structure of ...
There are currently no models readily available that provide nucleon-nucleon spin dependent scatteri...
Based on the observation that the (t, u)-Veneziano terms can be expressed as an infinite sum of one-...
The application of Regge theory to high energy hadron-nucleus scattering is reviewed. The usual form...
ThéorieThe exchange-degeneracy of the mesonic $f-, \omega -, \rho -$ and $a_{2}-$ Regge trajectories...
We review our recent description of high energy forward hadronic cross sections and in particular of...
The cross sections for single and double diffraction dissociation at low missing masses are calculat...
Single and double di ff raction dissociation at the LHC is studied in a factorizable Regge-pole mode...
Low missing mass, single- and double diffraction dissociation is calculated for the LHC energies fro...
We present a phenomenological model of the π+ proton elastic scattering below 300 MeV, based on the ...
The authors show that linear Regge trajectories for mesons and baryons, and the cubic mass spectrum ...
Low missing mass, single- and double diffraction dissociation is calculated for the LHC energies fro...
This investigation was undertaken with a two-fold objective,a) to fit the high-energy p-p data at lo...
One way to obtain the sharp peaks in the np~pn and pp-7nJ'I differential cross-section data is ...