Use of Antisymmetrized Wave Function for Deuteron Stripping Reaction

Nonlocality in deuteron stripping reactions.

We propose a new method for the analysis of deuteron stripping reactions, A(d,p)B, in which the nonlocality of nucleon-nucleus interactions and three-body degrees of freedom are accounted for in a consistent way. The model deals with equivalent local nucleon potentials taken at an energy shifted by ∼40  MeV from the "E(d)/2" value frequently used in the analysis of experimental data, where E(d)...

Reaction gdp^{0}d and the small components of the deuteron wave function

We calculate the difFerential cross section and the photon asymmetry of the reaction pd m x d for incident photon energies below 1 GeV and compare with data at 8 = 130'. Our formalism, based on the spectator-on-mass-shell approximation, is fully relativistic and uses the de% vertex of Buck and Gross and a recently developed model for the elementary 7N -+ xN amplitude that describes well the fir...

the use of appropriate madm model for ranking the vendors of mci equipments using fuzzy approach

abstract nowadays, the science of decision making has been paid to more attention due to the complexity of the problems of suppliers selection. as known, one of the efficient tools in economic and human resources development is the extension of communication networks in developing countries. so, the proper selection of suppliers of tc equipments is of concern very much. in this study, a ...

Polarization Observables and High Momenta in the Deuteron Wave Function

Elastic e-d Scattering Data and the Deuteron Wave Function

What range of momentum components in the deuteron wave function are available ed elastic scattering data sensitive to ? This question is addressed within the context of a model calculation of the deuteron form factors, based on realistic interactions and currents. It is shown that the data on the A(q), B(q), and T20(q) observables at q ≤ 6 fm−1 essentially probe momentum components up to ≃ 4mπ....