Add to ORKGThe S-phase shifts for neutron-proton scattering up to about 200 Mev of the incident energy are calculated by a newly proposed variational method. A central force of exponential shape with a hard core is employed. The results are found to be very close to the exact solutions in view of the simple form of the trial function. These results are compared with those of a previous work obtained by the use of the usual variational method
A supersymmetric inversion method is applied to singlet neutron-proton elastic phase shifts. The res...
We propose a new approximation scheme to obtain analytic expressions for the Schrödinger equation wi...
The scattering theory's main objective is to comprehend an object by hurling something at it. One ca...
The Kohn variational method of calculating scattering phase shifts has been examined previously, and...
The S-wave time-independent Schrödinger equation with an isotropic velocity-dependent potential is c...
In this paper, the phase-shifts for neutron-dueteron (n-d) scattering have been determined using the...
The n-p scattering at 90 MeV is discussed in detail from the standpoint of reference 1). Around this...
Background: The nucleon-nucleus scattering has been studied using Gaussain potential withspin-orbit ...
A lowest-order constrained variational technique previously used by the authors to describe the bulk...
Journals published by the American Physical Society can be found at http://publish.aps.org
The present experimental status of elastic neutron-proton scattering at energies up to 1 GeV is revi...
The phase shift analysis of any nucleon- nucleon scattering is an important aspect for both local an...
Background: Study of nucleon-nucleus interaction is important to understand the stabilityof nuclei. ...
The Schwinger variational principle for the scattering amplitude is applied to the study of various ...
An energy dependent phase-shift analysis is reported for pp, np and pn elastic scattering between 10...
A supersymmetric inversion method is applied to singlet neutron-proton elastic phase shifts. The res...
We propose a new approximation scheme to obtain analytic expressions for the Schrödinger equation wi...
The scattering theory's main objective is to comprehend an object by hurling something at it. One ca...
The Kohn variational method of calculating scattering phase shifts has been examined previously, and...
The S-wave time-independent Schrödinger equation with an isotropic velocity-dependent potential is c...
In this paper, the phase-shifts for neutron-dueteron (n-d) scattering have been determined using the...
The n-p scattering at 90 MeV is discussed in detail from the standpoint of reference 1). Around this...
Background: The nucleon-nucleus scattering has been studied using Gaussain potential withspin-orbit ...
A lowest-order constrained variational technique previously used by the authors to describe the bulk...
Journals published by the American Physical Society can be found at http://publish.aps.org
The present experimental status of elastic neutron-proton scattering at energies up to 1 GeV is revi...
The phase shift analysis of any nucleon- nucleon scattering is an important aspect for both local an...
Background: Study of nucleon-nucleus interaction is important to understand the stabilityof nuclei. ...
The Schwinger variational principle for the scattering amplitude is applied to the study of various ...
An energy dependent phase-shift analysis is reported for pp, np and pn elastic scattering between 10...
A supersymmetric inversion method is applied to singlet neutron-proton elastic phase shifts. The res...
We propose a new approximation scheme to obtain analytic expressions for the Schrödinger equation wi...
The scattering theory's main objective is to comprehend an object by hurling something at it. One ca...