Vector analyzing power iT11 in pi d elastic scattering at 49 MeV

Authors :: Kohler, M.
King, B. E.
Stevenson, N. R.
Schubank, R. B.
Shin, Y. M.
Ristinen, R. A.
Amaudruz, P.
Delheij, P. P. J.
Healey, D. C.
Jennings, B. K.
Ottewell, D. F.
Sheffer, G.
Smith, G. R.
Wait, G. D.
Brack, J. T.
Feltham, A.
Hanna, M.
Johnson, R. R.
Rozon, F. M.
Sossi, V.
Vetterli, D.
Weber, P.
Grion, N.
Rui, Rinaldo
Mathie, E. L.
Tacik, R.
Yeomans, M.
Gossett, C. A.
Wagner, G. J.
Lee, J. M.
Chung, K. S.
M., Kohler
B. E., King
N. R., Stevenson
R. B., Schubank
Y. M., Shin
R. A., Ristinen
P., Amaudruz
P. P. J., Delheij
D. C., Healey
B. K., Jenning
D. F., Ottewell
G., Sheffer
G. R., Smith
G. D., Wait
J. T., Brack
A., Feltham
M., Hanna
R. R., Johnson
F. M., Rozon
V., Sossi
D., Vetterli
P., Weber
N., Grion
Rui, Rinaldo
E. L., Mathie
R., Tacik
M., Yeoman
C. A., Gossett
G. J., Wagner
J. M., Lee
K. S., Chung
Source :: Physical review. C, Nuclear physics. 49(3)
Publication Year :: 1994
Abstract: Measurements of the vector analyzing power iT11 in πd elastic scattering at 49 MeV have been performed using a dynamically polarized target and a magnetic spectrometer. Data at seven π+ laboratory scattering angles between 50° and 130° were taken together with a complementary measurement at 60° for π-d elastic scattering. In general, we find agreement with models that include the πN P11 amplitude and disagreement with models that exclude or suppress it.

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