Reaction Theory . org
TORUS: Theory of Reactions for Unstable iSotopes
A Topical Collaboration for Nuclear Theory

Collaboration | Proposal | Papers | Talks | internal | Labs | Experiments | Site  

Relevant Experiments

MSU:

From list at MSU:

PAC37
12010Woods, P.
Angle integrated measurement of the 56Ni(d,n)57Cu transfer reaction using
GRETINA and the S800 spectrometer
99 hrs requested and approved both Filomena and Akram involved.

PAC36
11024Montes, F.
Important 58Zn excitation energies for rp-process
135 hrs requested and approved
( d,n transfer to the continuum)

11027Peters, W.A.
(d,n) studies using MoNA-LISA and VANDLE
220 hrs requested and approved

PAC34
09084Lee, J.
Comparison of Spectroscopic Factors from (p,d) and Knockout
258 hrs requested and approved - Filomena  involved

PAC 33
09041Cizewski, J.
Spectroscopic Factors from the 86Kr(d,p) Reaction
91 hrs requested and approved - Filomena  involved

Approved experiments at NSCL in Pac meeting 34:
http://www.nscl.msu.edu/exp/approvedexp/34

In the list, two experiments interest us

  • 09084 Lee, J. Comparison of Spectroscopic Factors from (p,d) and Knockout
    258 hrs requested and approved
  • 09067 DeYoung, P. 15Be Ground State Formed via a (d,p) Reaction
    204 hrs requested and approved

In the previous cycle: http://www.nscl.msu.edu/exp/approvedexp/33

  • 09041 Cizewski, J. Spectroscopic Factors from the 86Kr(d,p) Reaction
    91 hrs requested and approved

Triumf:

http://mis.triumf.ca/science/experiment/list.jsf

There are at the bottom two (d,p) experiments:

  • S1297 Investigating halo states with the 11Be(p,d)10Be* transfer reaction at 10 MeV per nucleon, F. Sarazin, F.M.Nunes,
  • S1298 Using (d,p) to probe the negative parity orbitals affecting the magic numbers N=20, 28, 32 and 34, W.N. Catford.

HRIBF:

http://www.phy.ornl.gov/hribf/experiments/pac15-app.shtml

A number of them with Bill Peters, Kate Jones and Steve Pain involving (d,p) or (d,pg).

TAMU:

  • A 14C(d,p) experiment at different energies. At 17 MeV deuteron energy the experiment has been performed at Prague-Rez, Institute of Nuclear Physics, and Akram is completing the paper, with ADWBA calculations from MSU. At Texas A&M University this experiment has been performed at two deuteron energies, 30 and 50 MeV, and the analysis is underway.

 

See also internal list of relevant proposed experiments
(password required)


www.ReactionTheory.org      Webmaster: IJT@ReactionTheory.org