Other Resources:
Eikonal/Glauber theory and examples of its application:
One-dimensional discussion (Glauber)
Reaction cross sections of weakly bound nuclei
Reaction cross sections: sensitivity to few-body structure
Application to 5-body projectile (8He)
Beyond eikonal model (Coulomb and Wallace corrections)
Nucleon and nucleus-nucleus interactions:
Interactions between heavy-ions
Nucleon-nucleus interaction: KMT theory
Breakup and knockout reactions: theory and applications
CDCC and calculation of breakup observables
Adiabatic method for Coulomb dissociation
Neutron removal from carbon isotopes
One-nucleon knockout reactions overview (topical review)
Two-nucleon removal: paper 1, paper 2, paper 3
Two-nucleon momentum distributions: paper 1, paper 2
Probing shell model wave functions (two nucleons)
Jeff Tostevin slides: Direct Reactions at Low Energies
Ecole Juliot Curie, Fréjus, France 30 September - 5 October 2012
Part I: Background and concepts
Part II: Interactions and couplings
Part III: Transfer spectroscopy
Jeff Tostevin slides: Nuclear Reaction Theory: concepts and applications
Exotic Beams Summer School, Argonne National Laboratory, August 2012
Jeff Tostevin slides: Reaction tools for the study of exotic nuclei theory and applications:
GCOE School, Abstract , Lecture 1 , Lecture 2
Jeff Tostevin slides: JINA School, MSU, Spring 2007
Lectures 1/2 (Introduction to bound, scattering and resonant states)
Lecture 3 (Eikonal solution of the scattering problem)
Lecture 4 (Interactions of composite nuclei, folding models)
Lecture 5 (Adiabatic model, transfer and few-body eikonal introduction)
Lecture 6 (Few-body methods, introduction to knockout calculations)
Surrey Mini-school: Slides, January 2009:
Mini-school on Nuclear Reaction Theories for Nuclear Astrophysics
Potential models, bound and continuum states
R-matrix applied to simultaneous data sets
R-matrix methods II
Radiative capture
Role of breakup in transfer reactions
Combined method to extract spectroscopic factors from transfer reactions
Breakup and knockout reactions
Topics in Nuclear Fusion: XII SSTNPJAS School, São Paulo, Brasil, 2005
Lecture 1: Fusion of ions, dynamics, coupling assisted tunnelling
Lecture 2: Fusion and breakup of weakly-bound few-body systems
Lecture 3: Partial/incomplete fusion and knockout reactions
Jim Al-Khalili Notes: DTP Trento
Adiabatic and few-body methods in reactions of weakly-bound nuclei (Johnson)
Faddeev to Lipmann-Schwinger (Alt et al.)
Johnson-Soper Adiabatic (elastic)
Adiabatic treatment of elastic deuteron-nucleus scattering (Amakawa et al.)
Laid et al. Sturmian expansion
Elastic scattering of halo nuclei
Adiabatic model for Coulomb breakup
Transfer with halo nuclei (Timofeyuk and Johnson)
Non-adiabatic corrections (Stephenson et al.)
Cadmus and Haeberli (adiabatic vs DWBA for transfer)
Transfer with a radioactive beam (Catford et al.)
Johnson-Soper non-local potential
RIA workshop - nucleus-nucleus
Pauli Blocking (Ioannides et al.)
Selected references for further reading (topics include):
Time-dependent and semi-classical methods
Eikonal theory and momentum distributions
Eikonal models for spectroscopic studies
Coupled channels treatment of breakup
Adiabatic and recoil adiabatic models
Applications to transfer reactions