J
J. Carter
Researcher at University of the Witwatersrand
Publications - 69
Citations - 1416
J. Carter is an academic researcher from University of the Witwatersrand. The author has contributed to research in topics: Inelastic scattering & Scattering. The author has an hindex of 18, co-authored 63 publications receiving 1266 citations.
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Journal ArticleDOI
Complete electric dipole response and the neutron skin in 208Pb.
Atsushi Tamii,I. Poltoratska,P. von Neumann-Cosel,Yoshitaka Fujita,T. Adachi,Carlos A. Bertulani,J. Carter,Masanori Dozono,Hisanori Fujita,Kunihiro Fujita,Kichiji Hatanaka,D. Ishikawa,Masatoshi Itoh,Takeo Kawabata,Y. Kalmykov,A. M. Krumbholz,Elena Litvinova,Elena Litvinova,Hiroaki Matsubara,K. Nakanishi,R. Neveling,H. Okamura,Hooi Jin Ong,B. Özel-Tashenov,V. Yu. Ponomarev,Achim Richter,Achim Richter,B. Rubio,Harutaka Sakaguchi,Yasuhiro Sakemi,Yoshiko Sasamoto,Y. Shimbara,Y. Shimbara,Y. Shimizu,F. D. Smit,Takayoshi Suzuki,Y. Tameshige,Jochen Wambach,R. Yamada,M. Yosoi,Juzo Zenihiro +40 more
TL;DR: The extracted E1 polarizability leads to a neutron skin thickness close to that of a neutron star, thereby constraining the symmetry energy and its density dependence relevant to the description of neutron stars.
Journal ArticleDOI
2 + excitation of the C 12 Hoyle state
M. Freer,H. Fujita,Z. Buthelezi,J. Carter,R. W. Fearick,S. V. Förtsch,R. Neveling,S. M. Perez,P. Papka,F. D. Smit,J. A. Swartz,I. T. Usman +11 more
TL;DR: In this article, a high-energy-resolution magnetic spectrometer was used to measure the excitation energy spectrum to search for the ${2}^{+}$ excitation of the 7.65 MeV Hoyle state.
Journal ArticleDOI
Measurement of high energy resolution inelastic proton scattering at and close to zero degrees
Atsushi Tamii,Yoshitaka Fujita,Hiroshi Matsubara,T. Adachi,J. Carter,Masanori Dozono,H. Fujita,H. Fujita,Katsumasa Fujita,Hitoshi Hashimoto,Kichiji Hatanaka,Takahisa Itahashi,Masatoshi Itoh,Takeo Kawabata,K. Nakanishi,S. Ninomiya,A. B. Perez-Cerdan,Lucia Popescu,B. Rubio,Takane Saito,Harutaka Sakaguchi,Yasuhiro Sakemi,Yoshiko Sasamoto,Y. Shimbara,Yuji Shimizu,F. D. Smit,Yuji Tameshige,M. Yosoi,J. Zenhiro +28 more
TL;DR: In this paper, high-resolution halo-free beams were accelerated by the cyclotron complex at the Research Center for Nuclear Physics and measured inelastic proton scattering with high energy resolution at forward scattering angles including 0 degrees.
Journal ArticleDOI
Consistent analysis of the 2+ excitation of the C-12 Hoyle state populated in proton and alpha-particle inelastic scattering
Martin Freer,M. Itoh,Takeo Kawabata,Hisanori Fujita,Hidetoshi Akimune,Z. Buthelezi,J. Carter,R. W. Fearick,S. V. Förtsch,M. Fujiwara,U. Garg,N. Hashimoto,Keigo Kawase,S. Kishi,T. Murakami,K. Nakanishi,Y. Nakatsugawa,B. K. Nayak,R. Neveling,S. Okumura,S. M. Perez,P. Papka,Hirokazu Sakaguchi,Yoshiko Sasamoto,F. D. Smit,J. A. Swartz,H. Takeda,S. Terashima,M. Uchida,I. T. Usman,Yuusuke Yasuda,M. Yosoi,Juzo Zenihiro +32 more
TL;DR: In this paper, the authors examined the excitation energy spectra populated in both proton and $\ensuremath{\alpha}$-particle inelastic scattering measurements.
Journal ArticleDOI
Pygmy dipole resonance in 208Pb
I. Poltoratska,P. von Neumann-Cosel,Atsushi Tamii,T. Adachi,Carlos A. Bertulani,J. Carter,Masanori Dozono,Hisanori Fujita,Hisanori Fujita,Kunihiro Fujita,Y. Fujita,Kichiji Hatanaka,M. Itoh,Takeo Kawabata,Y. Kalmykov,A. M. Krumbholz,Elena Litvinova,Hiroaki Matsubara,K. Nakanishi,R. Neveling,H. Okamura,Hooi Jin Ong,B. Oezel-Tashenov,V. Yu. Ponomarev,Achim Richter,B. Rubio,Harutaka Sakaguchi,Yasuhiro Sakemi,Yoshiko Sasamoto,Y. Shimbara,Y. Shimbara,Y. Shimizu,F. D. Smit,Takayoshi Suzuki,Y. Tameshige,Jochen Wambach,M. Yosoi,Juzo Zenihiro +37 more
TL;DR: In this paper, a case study of 208 Pb showed that, at very forward angles, J π = 1 − states are strongly populated via Coulomb excitation, and a separation from nuclear excitation of other modes is achieved by a multipole decomposition analysis of the experimental cross sections based on theoretical angular distributions calculated within the quasiparticle-phonon model.