-
S. Kuroita,
K. Sagara,
Y. Eguchi,
K. Yashima, T. Shishido,
T. Yabe,
M. Dozono,
Y. Yamada,
T. Wakasa,
T. Noro,
H. Matsubara,
J. Zenihiro,
A. Tamii,
H. Okamura,
K. Hatanaka,
T. Saito,
Y. Maeda,
H. Kamada,
Y. Tameshige
[show abstract]
[hide abstract]
ABSTRACT: In our previous inclusive experiment on 2H(p, p)pn at 247MeV, the measured cross section at forward angles is about twice larger than 3N calculation with ππ 3NF. Therefore, we have made an exclusive experiment on 2H(p, p
1
p
2)n at the same energy. The preliminary data suggest that the cross section was enhanced at forward angle of θ
1 and θ
2.
Few-Body Systems 04/2012; 50(1):287-289. · 1.44 Impact Factor
-
[show abstract]
[hide abstract]
ABSTRACT: Space Star (SS) anomaly in Nd breakup cross section is well known. SS anomaly has large charge asymmetry; exp eriment is larger than calculation at nd SS and exp eriment is smaller than calculation at pd SS. There are also rep orts on anomaly in quasi-free scattering (QFS) cross section in Nd breakup reaction. At nd QFS, exp erimental cross section was found to be larger than calculation. On the contrary, pd QFS cross section measured by Köln group is smaller than pd calculation. We measured QFS cross section in pd breakup reaction, and compared the data with recent pd calculations to see angular dep endence of QFS anomaly.
EPJ Web of Conferences. 01/2010;
-
S. Kuroita,
K Sagara,
Y Eguchi,
K. Yashima,
T Yabe, T Shishido,
M. Dozono,
Y Yamada,
T. Wakasa,
T Noro,
H Matsubara,
J. Zenihiro,
A. Tamii,
H Okamura,
K Hatanaka,
T Saito,
Y Maeda,
H Kamada,
Y. Tameshige
[show abstract]
[hide abstract]
ABSTRACT: In our previous inclusive experiment on pd breakup at Ep = 247 MeV, we found experimental cross section is about twice larger than 3N calculation with ππ3NF at forward angle. Therefore we made exclusive measurement of 2H(p, p1 p2)n cross section at the same 247 MeV. Preliminary data indicate that the cross section enhancement appears at forward angles of θ1 and θ2. We made also inclusive experiment again and confirmed the previous data.
EPJ Web of Conferences. 01/2010;
-
http://dx.doi.org/10.1051/epjconf/20100304007.
-
S. Kuroita,
K Sagara,
Y Eguchi,
K. Yashima,
T Yabe, T Shishido,
M. Dozono,
Y Yamada,
T. Wakasa,
T Noro,
H Matsubara,
J. Zenihiro,
A. Tamii,
H Okamura,
K Hatanaka,
T Saito,
Y Maeda,
H Kamada,
Y. Tameshige
http://dx.doi.org/10.1051/epjconf/20100305022.
