This is a legacy website. It provides links to a code distribution
and a link to a Talent School materials
A shortened version of the two-step code, TWOFNR, calculates only one-step transfer
reactions using the DWBA or the Johnson-Soper/Johnson-Tandy adiabatic approximation
for deuteron breakup effects with the Zero-range or Local Energy Approximation (LEA)
treatment of finite range effects. A front-end code FRONT has been written that generates,
interactively, the data sets for a variety of light-ion induced transfer reactions, including
having a selection of built-in phenomenological and microscopic (nucleon) optical potential
choices. The latest version of the code is available via the Reaction Codes sidebar tab.
The background material, lecture slides, exercises and additional resources in support of
the aims of the TALENT course 6: Theory for exploring nuclear reaction experiments is
also available via the Talent Course sidebar tab. The course took place at GANIL in 2013
with financial support from GANIL, the CNRS, and the City of Caen.
The Surrey Nuclear Physics Group (NPG) holds regular seminars in experimental,
theoretical and applied nuclear physics. Past seminars, research papers and other research
activities are collesced here. Links to recent seminars, workshops and schools are also available
from the Recent Events tabs in the sidebar.
Seminar venue:
Seminars usually take place at the University of Surrey. The regular venue is the Physics
Department seminar room 30BB03. Any changes of location will be notified here. A map
of the Surrey campus is also available here.