We employ a simple potential model to analyze the effects which a Regge trajectory, correlating with a bound or a metastable state at zero angular momentum, has on an integral cross section. A straightforward modification of the Mulholland formula of Macek et al. (2004, 2009) [2] is proposed for more efficient separation of the resonance contribution
In the application of the Regge-pole hypothesis to relativistic two-body scattering processes, we co...
We employ a scalar model to exemplify the use of contour deformations when solving Lorentz-invariant...
The Regge trajectory of an elastic resonance can be calculated from dispersion theory, instead of fi...
We employ a simple potential model to analyze the effects which a Regge trajectory, correlating with...
We present a detailed description of a FORTRAN code for evaluation of the resonance contribution a R...
Our results on obtaining the Regge trajectory of a resonance from its pole in a scattering process a...
We review how the Regge trajectory of an elastic resonance can be obtained just from its pole positi...
State-to-state reactive integral cross sections (ICSs) are often affected by quantum mechanical reso...
We show how the Regge trajectory of a resonance can be obtained from its pole in a scattering proces...
AbstractWe show how the Regge trajectory of a resonance can be obtained from its pole in a scatterin...
We show how the Regge trajectory of a resonance can be obtained from its pole in a scattering proces...
AbstractWe apply a recently developed dispersive formalism to calculate the Regge trajectories of th...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f_2(12...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f2(127...
We propose an exact method for locating the zeros of the Jost function for analytic potentials in th...
In the application of the Regge-pole hypothesis to relativistic two-body scattering processes, we co...
We employ a scalar model to exemplify the use of contour deformations when solving Lorentz-invariant...
The Regge trajectory of an elastic resonance can be calculated from dispersion theory, instead of fi...
We employ a simple potential model to analyze the effects which a Regge trajectory, correlating with...
We present a detailed description of a FORTRAN code for evaluation of the resonance contribution a R...
Our results on obtaining the Regge trajectory of a resonance from its pole in a scattering process a...
We review how the Regge trajectory of an elastic resonance can be obtained just from its pole positi...
State-to-state reactive integral cross sections (ICSs) are often affected by quantum mechanical reso...
We show how the Regge trajectory of a resonance can be obtained from its pole in a scattering proces...
AbstractWe show how the Regge trajectory of a resonance can be obtained from its pole in a scatterin...
We show how the Regge trajectory of a resonance can be obtained from its pole in a scattering proces...
AbstractWe apply a recently developed dispersive formalism to calculate the Regge trajectories of th...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f_2(12...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f2(127...
We propose an exact method for locating the zeros of the Jost function for analytic potentials in th...
In the application of the Regge-pole hypothesis to relativistic two-body scattering processes, we co...
We employ a scalar model to exemplify the use of contour deformations when solving Lorentz-invariant...
The Regge trajectory of an elastic resonance can be calculated from dispersion theory, instead of fi...