DSpace at EWHA: Overview of the KoRIA Facility for Rare Isotope Beams

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Overview of the KoRIA Facility for Rare Isotope Beams

Authors: Ahn J.K.; Bak S.I.; Blumenfeld Y.; Chai J.-S.; Cheon B.-G.; Cheoun M.-K.; Cho D.; Cho Y.S.; Choi B.H.; Choi C.I.; Choi E.M.; Choi H.J.; Choi M.S.; Choi S.; Choi T.K.; Choi Y.S.; Chung K.H.; Ha E.J.; Ha J.H.; Hahn I.S.; Han J.M.; Hong B.; Hong S.-W.; Hong W.; Hwang S.H.; Hyun C.H.; Jang D.Y.; Jang J.; Jeon D.; Jeong D.; Jeong S.-C.; Jhang G.; Joo E.; Kadi Y.; Kang B.H.; Kang H.S.; Kim A.; Kim D.Y.; Kim D.L.; Kim D.U.; Kim E.J.; Kim G.D.; Kim H.-C.; Kim I.G.; Kim J.T.; Kim J.W.; Kim J.K.; Kim S.-H.; Kim S.H.; Kim W.; Kim Y.K.; Ko S.K.; Kwon M.; Kwon Y.K.; Lee B.Y.; Lee B.N.; Lee C.H.; Lee C.W.; Lee C.S.; Lee K.S.; Lee H.J.; Lee H.-S.; Lee H.S.; Lee J.H.; Lee K.O.; Lee S.D.; Lee S.K.; Lee S.H.; Lee Y.S.; Lee Y.-O.; Lee Y.Y.; Manchanda V.K.; Moon C.B.; Nam S.; Namkung W.; Nolen J.A.; Oh B.H.; Oh J.H.; Oh Y.; Park B.Y.; Park J.A.; Park J.Y.; Park K.H.; Park S.H.; Park T.-S.; Park W.-Y.; Ryu C.Y.; Ryu M.S.; Ryu S.Y.; Sakai H.; Seo H.J.; Shin J.W.; Shin S.W.; Sigg P.; Sim K.S.; So W.Y.; Song H.S.; Song T.Y.; Suh B.J.; Tenreiro C.; Tong Z.; Tribble R.E.; Woo H.J.; Yano Y.; Yang H.-R.; Yang Y.K.; Yeon Y.H.; Yi W.J.; Yu B.G.; Yu D.H.; Yoo I.-K.; Yu S.Y.; Yun C.C.

Abstract: The Korea Rare Isotope Accelerator, currently referred to as KoRIA, is briefly presented. The KoRIA facility is aimed to enable cutting-edge sciences in a wide range of fields. It consists of a 70 kW isotope separator on-line (ISOL) facility driven by a 70 MeV, 1 mA proton cyclotron and a 400 kW in-flight fragmentation (IFF) facility. The ISOL facility uses a superconducting (SC) linac for post-acceleration of rare isotopes up to about 18 MeV/u, while the SC linac of IFF facility is capable of accelerating uranium beams up to 200 MeV/u, 8 pμA and proton beams up to 600 MeV, 660 μA. Overall features of the KoRIA facility are presented with a focus on the accelerator design. © 2012 Springer-Verlag.