Time-Dependent Coupled-Channel Calculations of Muon-Transfer Cross Sections in Muonic Deuterium and Triton Collisions

Details Time-Dependent Coupled-Channel Calculations of Muon-Transfer Cross Sections in Muonic Deuterium and Triton Collisions Time-Dependent Coupled-Channel Calculations of Muon-Transfer Cross Sections in Muonic Deuterium and Triton Collisions

Dec 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001hyint.138...85y&link_type=abstract

Hyperfine Interactions, Volume 138, Issue 1-4, pp. 85-90

Physics

2

Muon Transfer, Time-Dependent Coupled Channel Method

Scientific paper

A time-dependent coupled channel (TDCC) method has been developed to study rearrangement reactions in few-body Coulomb systems. We apply the TDCC method to muon transfer in muonic deuterium and triton collisions. The muon-transfer cross section (S-wave) is calculated for triton energies of 100 eV 3 keV. The present result is in good agreement with the previous calculation with the coupled rearrangement channel method [Hyp. Interact. 82 (1993), 45]. We also illustrate time evolution of wave functions to understand qualitatively the muon-transfer reaction.

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