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The Super-Allowed Fermi Type Charge Exchange Reaction for Studies of Isovector Non-Spin-flip Monopole Resonance

Y. Sasamoto,T. Uesaka,S. Shimoura,S. Michimasa,S. Ota,H. Tokieda,H. Miya,S. Kawase,Y. Kikuchi,K. Kisamori,M. Takaki,M. Dozono, H. Mathubara,K. Yako,S. Noji,K. Miki,H. Sakai,T. Kubo,Y. Yanagisawa,H. Takeda, K. Yoshida,T. Ohnishi,N. Fukuda,D. Kameda,N. Inabe,N. Aoi, S. Takeuchi,T. Ichihara,H. Baba,S. Sakaguchi,P. Doornenbal,H. Wang,R. Chen,Y. Shimizu,T. Kawahara,T. Kawabata,N. Yokota,Y. Maeda,H. Miyasako,G. P. A. Berg

FRENCH-JAPANESE SYMPOSIUM ON NUCLEAR STRUCTURE PROBLEMS ORGANIZED IN THE FRAMEWORK OF FJNSP LIA AND EFES（2013）

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Abstract
In order to establish the HICE using the super-allowed Fermi type reaction that is selective to isovector the non-spin-flip mode, the Zr-90(C-10,B-10(IAS)) experiment at 200 MeV/u was performed. We successfully observed the signature of the isovector non-spin-flip transition by detecting the gamma-ray emitted from B-10(IAS). We also observed strength at around more than Ex > 20 MeV in Nb-90 coincident with 1022-keV gamma-ray which indicates the non-spin-flip transition.
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SHARAQ spectrometer,charge-exchange reaction (C-10,B-10),giant resonance
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