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9 papers · 2 filters
Solving Potential Scattering Equations without Partial Wave Decomposition
George Caia, Vladimir Pascalutsa, Louis E. Wright
Considering two-body integral equations we show how they can be dimensionally reduced by integrating exactly over the azimuthal angle of the intermediate momentum. Numerical soluti…
The three-body problem with short-range forces: renormalized equations and regulator-independent results
I. R. Afnan, Daniel R. Phillips
We discuss effective field theory treatments of the problem of three particles interacting via short-range forces. One case of such a system is neutron-deuteron scattering at low e…
M. Poincare visits Jefferson Lab: Relativistic Models of Few-Nucleon Systems
Daniel R. Phillips
I discuss relativistic models of few-nucleon systems, with particular emphasis on calculations of electron-deuteron scattering and the comparison of these calculations with recent…
Chiral effective field theory of Delta(1232) and Compton scattering
V. Pascalutsa, D. R. Phillips
A new power-counting scheme for a chiral effective field theory that includes Delta degrees of freedom is briefly described and applied to the nucleon Compton scattering.
Isospin fractionation in the nucleon emissions and fragment emissions in the intermediate energy heavy ion collisions
Jian-Ye Liu, Wen-Jun Guo, Yong Zhong Xing +1
The degree of isospin fractionation is measured by / , where and are the saturated neutron-proton ratio of nucleon emissi…
The Nd Break-Up Process in Leading Order in a Three-Dimensional Approach
I. Fachuddin, Ch. Elster, W. Gloeckle
A three-dimensional approach based on momentum vectors as variables for solving the three nucleon Faddeev equation in first order is presented. The nucleon-deuteron break-up amplit…